(Microsoft Word - Prevod predmetnika - Angle\232ki jezik VS\212.DOC)izr.prof.dr. Aleksej TURNŠEK / izr.prof.dr. Joe PETRIŠI 1. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar 90 60 - 90 60 - Contents of lectures h/ure Vsebina predavanj
2 Engineering Matematics 2 Tehniška matematika Sets and numbers: real numbers and the real line, complex numbers;
6 Mnoice in števila: realna števila in realna premica, kompleksna števila;
Linear algebra: cartesian coordinates and vectors in space, basic operations, dot product, cross product, triple product, lines and planes in space, matrices, systems of linear equations, Gauss's elimination, determinants, Cramer’s rule, eigenvalues, eigenvectors
15 Linearna algebra: pravokotni koordinatni sistem in vektorji v prostoru, osnovne operacije, skalarni produkt, vektorski produkt, mešani produkt, premice in ravnine v prostoru, matrike, sistemi linearnih enab, Gaussova eliminacija, determinante, Cramerjevo pravilo, lastne vrednosti in lastni vektorji
Sequences and infinite series: limits of sequences of numbers, theorems for calculating limits of sequences, infinite series, the ratio, root and comparison tests
6 Zaporedja in vrste: limita zaporedja števil, izreki za raunanje limit, vrste, kvocientni, korenski in primerjalni kriterij
Limits and continuity: functions, basic concepts, elementary functions (power functions, logarithm, exponential function, trigonometric and inverse trigonometric functions), limits, continuity
9 Limite in zveznost: funkcije, osnovni pojmi, elementarne funkcije (potenna, logaritem, eksponentna, kotne in inverzne kotne funkcije), limite, zveznost
Derivatives: the derivative of a function, differentiation rules, linearization and differentials, extreme values of functions, the mean value theorem, the first derivative test for local extrema, graphing, Taylor’s formula, l’Hopital rule
15 Odvod: odvod funkcije, pravila odvajanja, linearizacija in diferencial, ekstremne vrednosti, izrek o povpreni vrednosti, iskanje lokalnih ekstremov, risanje grafov, Taylorjeva formula, l’Hopitalovo pravilo
Integration: indefinite integrals, Riemann sums and definite integrals, properties, the fundamental theorem, integration by substitution and integration by parts, improper integral, Laplace’s transform, areas between curves, lengths of plane curves, finding volumes by slicing, volumes of solids of revolution, areas of surfaces of revolution
15 Integral: nedoloeni integral, Riemannova vsota in doloeni integral, lastnosti, osnovni izrek, uvedba nove spremenljivke in integracija po delih, posplošeni integral, Laplaceova transformacija, plošine med krivuljami, dolina loka, prostornine teles, prostornine in površine vrtenin
Differential equations: separation of variables, linear first order equation, linear second order equation, applications
12 Diferencialne enabe: loljivi spremenljivki, linearne diferencialne enabe prvega reda, linearne diferencialne enabe drugega reda, uporaba
Functions of several variables: basic concepts, limits and continuity, partial derivatives, directional derivatives, gradient vectors and tangent planes, extreme values and saddle points, constrained extrema
12 Funkcije ve spremenljivk: osnovni pojmi, limita in zveznost, parcialni odvodi, smerni odvod, gradient in tangentna ravnina, ekstrem in sedlo, vezani ekstrem;
prof.dr. Janez MOINA 1. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar 45 30 - 45 30 - Contents of lectures h/ure Vsebina predavanj
3 Technical Physics 3 Tehniška fizika Introduction 1 Uvod Kinematics 2 Kinematika Dynamics of Mass Point 2 Dinamika masne toke Elasticity 2 Pronost Rotation 2 Vrtenje Mechanical Energy 2 Mehanska energija Pressure and Temperature 2 Tlak in temperatura Thermodynamic Processes 2 Termodinamski procesi Second Law ofThermodynamics 2 II. zakon termodinamike Electric Field 2 Elektrino polje Electric Current 2 Elektrini tok Magnetic Field 2 Magnetno polje Magnetic Induction 2 Magnetna indukcija Oscillation 2 Nihanje Wave Motion 2 Valovanje Sound 2 Zvok Geometrical Optics 2 Geometrijska optika Wave Optics 2 Valovna optika Optical Instruments 2 Optini instrument Quantum Physics 2 Kvantni pojavi Atoms and Molecules 2 Atomi in molekule Semiconductors 1 Polprevodniki Atomic Nucleus 2 Atomska jedra. Conclusion 1 Zakljuek
prof.dr. Igor EMRI / viš.pred.mag. Joe STROPNIK / prof.dr. Boris ŠTOK 1. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar 75 45 - 75 45 - Contents of lectures h/ure Vsebina predavanj
4 Engineering Mechanics I 4 Tehniška mehanika I Part 1 (Statics) 1. del (Statika)
Introduction: Axioms and laws of mechanics. Basics of vector algebra.
3 Uvod: Aksiomi in zakoni mehanike. Osnove vektorskega rauna.
Loadings, reaction forces and supports for two- dimensional structures. Concurrent co-planar force systems: equilibrium of force systems, the resultant of concurrent forces, component summation method, resolution of a force into components.
3 Obremenitve, reakcije in podpore konstrukcij. Sistemi sil s skupnim prijemališem: ravnoteje, sestavljanje in razstavljanje sil v ravnini in prostoru.
Definition of moment. Equilibrium non-concurrent and non-parallel systems. The resultants of forces and moments in 2D and 3D spaces.
3 Definicija momenta. Ravnoteje obremenitev na togih telesih. Sestavljanje in razstavljanje sil in momentov v ravnini in prostoru.
Center of gravity and moments of inertia. Centroid, location of center of gravity. Theorems of Pappus and Guldinus.
3 Teiša in momenti prvega reda. Masno središe, geometrijska središa. Pappus-Guldinovi pravili.
Statics of structural elements: definition of elements and their fundamental properties, determination of internal forces and moments.
3 Statika konstrukcijskih elementov: definicije elementov in njihovih osnovnih lastnosti, doloitev notranjih veliin.
Straight and non-straight beams (2D and 3D). 3 Ravni in lomljeni nosilci v ravnini in prostoru. Curved beams. Superposition principle. 3 Ukrivljeni nosilci v ravnini in prostoru. Princip
superpozicije. Trusses and mixed mechanical systems. 2 Palija in mešani sistemi. Cables: concentrated and distributed loading. 2 Vrvi: tokovno in zvezno obremenjene. Friction: sliding friction, rolling friction, belt friction. 3 Trenje: drsno trenje, kotalno trenje, trenje gibkih
elementov. Conclusions. 2 Povzetek.
Part 2 (Strength of Materials) 2. del (Trdnost) Static characteristics of a cross–sectional area (CSA). 6 Statine karakteristike prerezov. Stress vector, stress tensor. Principal stresses. 2 Napetostni vektor, napetostni tenzor. Glavne napetosti. Particular states of stress. 2 Posebna napetostna stanja. Displacement vector. Strains. 2 Vektor premika. Specifine deformacije. Relationship between stress and strain. Uniaxial Hooke's law.
1 Zveza med napetostmi in deformacijami. Osnovni Hookeov zakon.
Principle of superposition. Generalized Hooke's law. 2 Princip superpozicije. Posplošeni Hookeov zakon. Axial loading − Stress distribution and CSA sizing. 2 Nateg − porazdelitev napetosti. Dimenzioniranje. Bending − Stress distribution and CSA sizing. 4 Upogib − porazdelitev napetosti. Dimenzioniranje. Shear by bending. Shear in joint elements − Stress distribution anddimensioning.
3 Strig pri upogibu − porazdelitev napetosti. Strig veznih elementov. Dimenzioniranje.
Torsion − Stress distribution and CSA sizing. 3 Torzija − porazdelitev napetosti. Dimenzioniranje. Equivalent stress hypotheses. 3 Porušitvene hipoteze. CSA sizing by combined loadings. 1 Dimenzioniranje v primeru sestavljenih obremenitev. About stability problem. 1 O stabilnostnem problemu. Buckling of bars subjected to compressive axial loads. CSA sizing.
3 Uklon tlano obremenjenih palic. Dimenzioniranje.
Thermal stresses in beams. 3 Temperaturne napetosti v enoosnih konstrukcijskih elementih.
Analysis of statically indeterminate beam structures. 3 Analiza statino nedoloenih linijskih konstrukcij. Membrane theory of shells. Stress distribution in shell vessels under pressure.
2 Membranska teorija lupin, kotlovska enaba.
Structural design in case of dynamic loads. 2 Dimenzioniranje dinamino obremenjenih konstrukcijskih elementov.
prof.dr. Janez GRUM 1. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar 45 30 - 45 30 - Contents of lectures h/ure Vsebina predavanj
5 Engineering Materials 5 Gradiva Solids: atomic bonds, crystal lattice, properties of crystal structure, basics of metallography: solidification, cooling curves, basic phase diagrams, optical microscopy.
11 Uvod v znanost o materialih: Razumevanje strukture in velikostnih razredov, osnovne kristalne rešetke, napake v kristalih, meje zrn, ohlajevalne krivulje, osnovni fazni diagrami, opazovanje mikrostrukture pod mikroskopi.
Mechanical properties of materials: tensile and hardness tests, impact tests, fatigue strength, influence of material properties.
4 Mehanske lastnosti materialov: Natezni preizkus in testi trdote, udarni preizkus ilavosti, utrujanje materiala, vplivi na lastnosti materiala.
Basics of heat treatment: technical iron, Fe-Fe3C diagram, influence of cooling rates on microstructures, heat treatment processes, quenching, tempering of steel.
4 Osnove toplotne obdelave: tehnino elezo, sistem Fe- Fe3C, vpliv ohlajevalnih hitrosti na mikrostrukture in njihove lastnosti, fazne transformacije pri stacionarnem ohlajanju, razline toplotne obdelave.
Ferrous alloys: common construction steels, construction steels for heat treatment, gray iron.
4 Kovine: ogljikova jekla, konstrukcijska jekla, legirana jekla, lito elezo.
Non ferrous alloys: aluminum, copper, nickel alloys.
4 Neelezne kovine in zlitine: Neelezne kovine in zlitine: Cu, Al, Ni…
Sintering: powder production and preparation, pressing and sintering, selection of sintering technology, selection of materials for sintering.
2 Tehnologija prahov: pridobivanje prahu, priprava prahu, stiskanje, sintranje, dodatne obdelave; podroja uporabe, mehanske lastnosti takih izdelkov.
Polymers and composites: polymers properties, types and usefulness of polymers, procedures of polymer production.
6 Polimeri in kompoziti: kako so narejeni polimeri, mehanske lastnosti in uporaba polimerov v odvisnosti od temperature, vrste in lastnosti kompozitov.
Glass and ceramics: sorts of glasses and ceramics, mechanical and physical-chemical properties of glasses and ceramics, use of ceramic materials.
6 Steklo in keramika: vrste stekla in keramike, mehanske in fizikalno-kemijske lastnosti stekla in keramike, uporaba keraminih materialov.
Corrosion and protection: different types of corrosion, electro-chemical reactions, corrosion speed, influence of the environment, corrosion protection.
4 Korozija: Razline vrste korozije, elektrokemina reakcija, hitrost korozije, vplivi okolja, korozijska zašita.
prof.dr. Ivan PREBIL / doc.dr. Samo ZUPAN 1. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar 30 45 - 30 45 - Contents of lectures h/ure Vsebina predavanj
6 Technical Documentation and CAD 6 Tehniška dokumentacija in RPR Descriptive geometry: projecting and projection methods, projection planes, exact shapes and sizes, rotation, colineation and affinity, intersections, nets, differences.
7 Opisna geometrija: projiciranje in naini projiciranja, projekcijske ravnine, prave oblike in velikosti, vrtenje, kolineacija in afiniteta, preseki, mree, predori.
Technical design documentation: design process procedures, structure of technical design documentation, design documentation as a basis for corporate documentation, typification in construction design documentation, modular systems, classification systems, standardization, general guidelines for documentation creation (SIST, ISO, DIN, EN), international unification of mechanical design documentation.
4 Konstrukcijska dokumentacija: postopki v konstrukcijskem procesu, zgradba konstrukcijske dokumentacije, konstrukcijska dokumentacija kot osnova podjetniške dokumentacije, tipiziranje v konstrukcijski dokumentaciji, modulni sistemi, klasifikacijski sistemi, standardizacija, splošna pravila za izdelavo dokumentacije (SIST, ISO, DIN, EN), mednarodna unifikacija konstrukcijske dokumentacije.
Technical drawing in accordance with SIST ISO standards
12 Pravila tehninega risanja po SIT ISO standardih.
Computer-assisted drawing: state-of-the-art technology and reasons for using CAD, technical design documentation management systems in the CAD process, display options, communications techniques, effect of CAD on technical design documentation.
7 Raunalniško podprto risanje: stanje tehnologije in razlogi za uporabo CAD, sistemi vodenja tehnine dokumentacije v CAD procesu, oblike prikazovanja, tehnike komuniciranja, vpliv CAD na konstrukcijsko dokumentacijo.
viš.pred.mag. Bernarda KOSEL / pred.mag. Alenka Helena KUKOVEC 1. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar - - 60 - - 60 Contents of seminar h/ure Vsebina seminarja
7 English for Mechanical Engineers 7 Angleški strokovni jezik Terminology of describing 2D- and 3D shapes 4 Terminologija s podroja opisovanja 2D and 3D oblik Written descriptions of different types of graphical presentations
4 Pisni opisi razlinih grafinih predstavitev
Terminology of material properties The language of classification
4 Terminologija iz lastnosti gradiv Raba jezika pri razvršanju
Technical writing and passive or active structures. Revison of tenses
4 Tehnino pisanje in trpne in tvorne strukture
Mathematical expressions Automotive enginnering terminology
4 Matematini izrazi Izrazi iz avtomobilske tehnike
Structure of scientific definitions 2 Struktura znanstvenih definicij e-mail writing: enquiry about a product formal letter writing: application for a job writing a CV/resume
6 Pisanje e-mail sporoil: povpraševanje o izdelku. Pisanje uradnega pisma: prošnja za slubo. Pisanje ivljenjepisa
Noun-noun combinations in technical English and their translation into Slovene
4 Samostalniške zveze v tehnini anglešini in njihovo prevajanje v slovenšino
Terminology in robotics and metal cutting 4 Izrazi is robotike in odrezovanja kovin Basic terms from energy engineering 4 Osnovni izrazi iz energetike Clauses of reason, result and contrast 2 Vzroni, posledini in protivni odvisniki Conditional clauses - revision 2 Osveitev pogojnih odvisnikov Terminology from nanotechnology and material removal and deposition
4 Izrazi is nanotehnologije, odvzema in nanosa materiala
Permanently uncountable nouns – article system 2 Stalno neštevni samostalniki - Sistem lenov Terminology of vibration 2 Izrazi s podroja vibracij Clauses of time 2 asovni odvisniki Translating and rephrasing Participle Clauses 2 Prevajanje in parafraziranje. Deleij False Friends in Mech. Eng. 2 Lani prijatelji v strojništvu Writing an effective abstract for diploma thesis Linking words
2 Pisanje uinkovitega izvleka. Za diplomsko nalogo. Vezniki
pred.mag. Alenka Helena KUKOVEC 1. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar - - 60 - - 60 Contents of seminar h/ure Vsebina seminarja
8 Deutsch fuer Maschinenbauingenieure 8 Nemški strokovni jezik Über Albert Einstein Wortschatzarbeit Gramatikarbeit Schreiben – Lebenslauf
6 O Albertu Einsteinu Usvajanje strokovnega besedja Slovnine vaje Pisanje – ivljenjepis
Werkstofftechnik Worschatztarbeit Gramatikarbeit Die neue Rechtschreibung
6 Gradiva Usvajanje strokovnega besedja Slovnine vaje Novi pravopis
Einteilung und Eigenschaften von Werkstoffen Wortschatzarbeit Gramatikarbeit Textverständnis
6 Razdelitev in lastnosti gradiv Usvajanje strokovnega besedja Slovnine vaje Razumevanje besedila
Feuerlöscher Wortschatzarbeit Gramatikarbeit Die neue Rechtschreibung
6 Gasilni aparat Usvajanje strokovnega besedja Slovnine vaje Novi pravopis
Umweltbelastung Wortschatzarbeit Gramatikarbeit Textverständnis
Unfallursachen Wortschatzarbeit Gramatikarbeit Die neue Rechtschreibung
6 Vzroki nesre Usvajanje strokovnega besedja Slovnine vaje Novi pravopis
Dieselmotoren Wortschatzarbeit Gramatikarbeit Textverständnis
Prüftechnik Wortschatzarbeit Gramatikarbeit Die neue Rechtschreibung
6 Meritve Usvajanje strokovnega besedja Slovnine vaje Novi pravopis
Das Deutsche Museum Wortschatzarbeit Gramatikarbeit Die neue Rechtschreibung
6 Tehnini muzej v Münchnu Usvajanje strokovnega besedja Slovnine vaje Novi pravopis
Roboter Wortschatztarbeit Gramatikarbeit Textverständnis
6 Roboti Usvajanje strokovnega besedja Slovnine vaje Razumevanje besedila
doc.dr. Marjan JENKO 1. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar 30 30 - 30 30 - Contents of lectures h/ure Vsebina predavanj
9 Electrical Engineering 9 Elektrotehnika Development of the professional field. 1 pregled razvoja. electrical properties of materials, electrical conductance in solids, fluids and gases. Effects of electrical current
1 elektrine lastnosti materialov, prevajanje elektrinega toka v trdnih snoveh, tekoinah, plinih, uinki elektrinega toka
electrical and magnetic phenomena, electrical properties of materials
1 elektrini in magnetni pojavi, lastnosti materialov
components of electrical circuits 3 elementi elektrinih vezij DC circuits, assumptions and governing laws, solution methods. Transients at turning sources on and off, time constants
3 vezja z enosmernimi viri, predpostavke in osnovni zakoni, postopki reševanja. Prehodni pojavi ob vklopu in izklopu virov, asovne konstante.
AC voltage, sine voltage, true and apparant current, power (true, reactive, apparant), RMS and mean value of voltage and current
3 izmenine napetosti, sinusna napetost, delovni in jalovi tok, mo (navidezna, delovna, jalova), efektivna in srednja vrednost napetosti in toka
circuits with sine sources, phasors, impedance 4 vezje s sinusnim virom, kazalci, impedance frequency response, resonance, filters 2 frekvenna odvisnost vezij, resonanni pojavi, filtri rectifiers, DC/AC circuits, diodes, regulation of voltage and current
1 usmerniki in razsmerniki, diode, stabilizacija napetosti in toka
three-phase and multi-phase systems 1 trifazni in vefazni sistemi Foundations of electrical machines 2 osnove elektrinih strojev in naprav active elements and circuits, transistors, thyristors, and others, stabilizers and regulators for voltage, current and power
4 aktivni elementi in vezja, tranzistorji, tiristorji in drugi, stabilizatorji in krmilniki napetosti, toka in moi
measurements, transducers of electrical and non- electrical variables, bridges, counters, measurement instruments, instrumentation
1 meritve, pretvorniki elektrinih in neelektrinih veliin, mostiki, števci, merilni instrumenti, instrumentacija
protection, electromedicine, regulations 1 zašita, elektromedicina, predpisi installations, illumination 1 instalacije, razsvetljava electrochemistry, galvanic sources, accumulators, fuel cells
1 elektrokemija, galvanski leni, akumulatorji, gorivne celice
prof.dr. Mihael JUNKAR / prof.dr. Janez KOPA / izr.prof.dr. Zlatko KAMPUŠ 1. VSŠ + 2. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar 30+15 30+0 0+15 30+15 30+0 0+15 Contents of lectures h/ure Vsebina predavanj
18 Manufacturing technologies and engineering economics
18 Mehanska tehnologija in inenirska ekonomika
1. Introduction: Basic activities of mechanical engineer: − Historical development of engineering
profession, industrial revolutions − Engineering challenges of the modern time,
education and the need for interdisciplinary knowledge
− Creativity and methods of innovative development.
2 1. Uvod: Predstavitev inenirskih dejavnosti: − Zgodovina in razvoj inenirskega poklica industrijske
revolucije − Sodobni izzivi inenirstva, izobrazba in potreba po
intersciplinarnih znanjih, − Kreativnost in metode inovativnega razvojnega dela.
2. Planning and engineering economics: − Product planning and development, idea of a
product – idea of technology, material and process selection, design for manufacturing, design for assembly
− Cost structure, invoice, machining cost calculation, variant calculation for complementary technologies
2 2. Nartovanje in inenirska ekonomika: − Razvoj in nartovanje izdelka, zamisel izdelka - zamisel
tehnologije, izbira materialov in procesov, konstruiranje za izdelavo, konstruiranje za montao
− Struktura stroškov, izdelava ponudbe, vnaprejšnji ekonomski izraun izdelave, variantni izraun za razline tehnologije.
3. Classification and properties of nonconventional technologies:
− Comparison of conventional and nonconventional processes from their technological advantages point of view.
− Specific properties of nonconventional processes (mechanical, electro-thermic, chemical and electrochemical).
2 3. Delitev in lastnosti nekonvencinalnih izdelovalnih tehnologij:
− Primerjava uporabnosti konvencionalnih in nekonvencionalnih postopkov z vidika njihovih tehnoloških prednosti
− Specifine lastnosti nekonvencionalnih postopkov (mehanski, elektrotermini, kemini in elektrokemini)
4. Basic nonconventional machining processes (basics, practical applications in industry): − Electrical discharge machining (EDM) − Electrochemical machining (ECM) − Laser machining − Plasma machining
− Waterjet and abrasive waterjet machining (WJ, AWJ)
10 4. Osnovni nekonvencionalni izdelovalni postopki (osnove, praktina uporaba v proizvodnji):
− Elektroerozijska obdelava − Elektrokemina obdelava − Laserska obdelava − Plazemska obdelava − Obdelava z vodnim in abrazivnim vodnim curkom
5. Technology planning based on interrelations between materials, technologies and design:
− Product functionality: technical and aesthetical functionality
− Surface integrity, geometrical precision and topography
− Technological evaluation of production, availability and performances of machining processes
2 5. Nartovanje tehnologij iz vidika soodvisnost materialov, tehnologij in dizajna:
− Funkcionalnost izdelka: tehniška in estetska funkcionalnost
− Integriteta površin, geometrijska natannost in topografija
− Tehnološko vrednotenje izdelave, razpololjivosti in zmonosti izdelovalnih postopkov
6. Economical evaluation of production considering relevant criteria:
− Selection of technology based on the number of parts to be produced
− Quality, cost and time of manufacturing − Cost calculations of nonconventional
machining technologies
2 6. Ekonomsko vrednotenje izdelave ob upoštevanju relevantnih kriterijev:
− Vpliv velikosti serije na izbiro tehnologije − Kvaliteta, stroški in as izdelave − Kalkulacije stroškov nekonvencionalnih tehnologij
7. Classification of cutting processes and their 5 7. Delitev in lastnosti postopkov odrezavanja:
properties: − with defined geometry (turning, drilling,
reaming, milling, tapering) − with undefined geometry (grinding, honeing,
superfinish, polishing) − advanced processes: HSC, HP lubricooling and
Cryogenic cutting
− z nedoloeno rezalno geometrijo (brušenje, honanje, superfiniš,poliranje)
− sodobnini postopki: VHO , VT dovod HMT in Cryogeno odrezavanje
8. Machine tools for cutting: − cutting process kinematics, structure of the
machines and process utilization regarding the form of product
− classic machine tools − advanced CNC machine tools
5 8. Odrezovalni stroji: − kinematika procesov odrezavanja, shema stroja in
uporabnost postopka glede na vrsto in oblike izdelka − klasini stroji − sodobni CNC stroji
9. Engineering economics in cutting: − analysis and evaluation of manufacturing costs;
time analysis of processes − manufacturing costs and time optimization for
achieving optimal parameters of cutting (v, f, a) − profitability of production considering fixed
and variable costs regarding the batch size.
5 9. Inenirska ekonomika pri odrezavanju: − analiza in obravnava stroškov obdelave in asovna
analiza postopkov − optimiranje stroškov in asa obdelave za dosego
optimalnih parametrov odrezavanja (v, f, a) − rentabilnost izdelave ob upoštevanju fiksnih in
variabilnis stroškov, glede na število kosov izdelkov v seriji.
10. Introduction in metal forming: Changes on the forming part, division of forming procedures considering different criteria, plastic deformation, strain hardening, influence of temperature, flow curve, friction in metal forming, selecting suitable technology.
2 10. Uvod v tehnologijo preoblikovanja: Spremembe na obdelovancu, delitev postopkov po razlinih kriterijih, plastina deformacija, utrditev, vpliv temperature, napetost teenja, trenje pri preoblikovanju, izbira primerne tehnologije.
11. Characteristics of compressive forming procedures:
Rolling, die forming, heading, rotary forming, hobbing, cold and hot extrusion.
4 11. Znailnosti postopkov tlanega preoblikovanja: Valjanje, kovanje, vodoravno kovanje, rotacijsko kovanje, vtiskovanje, hladno in toplo iztiskavanje.
12. Characteristics of tensile-compressive forming:
wire and rod drawing, deep drawing, ironing, deep drawing with pressure medium, spinning, collar draw
2 12. Znailnosti postopkov natezno-tlanega preoblikovanja:
Vleenje ice in profilov, globoki, stanjševalni vlek, vleenje z medijem, potisno oblikovanje, vleenje vratu.
13. Characteristics of tensile and bend forming: Stretching, bulging, expanding, bending with linear and rotary tool motion. Characteristics of shear forming: Open and closed shearing, tools for closed cutting, utilization rate, fine blanking.
2
Natezanje, izboevanje, razširjanje, upogibanje s premortnin in kronim gibanjem orodja. Znailnosti postopkov strienja: Odprti, zaprti rez, orodja za zaprti rez, izkoristek materiala, natanno rezanje.
izr.prof.dr. Joe PETRIŠI 1. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar 45 30 - 45 30 - Contents of lectures h/ure Vsebina predavanj
13 Numerical Methods and Programming
13 Numerine metode in programiranje
Introduction: Purpose and content of the subject 1 Uvod: Namen in vsebina predmeta Matlab program language: Algorithms, flow chart. Constants, variables, functions and expressions. Vectors and matrices, computation with matrices and related tools. Strings. Basic input and output. Basic plotting and plotting tools. Logical expressions and flow control. User defined functions.
19 Programski jezik Matlab: Algoritmi, diagram poteka. Konstante, spremenljivke, funkcije in izrazi. Vektorji in matrike, raunanje z matrikami in ustrezna orodja. Znakovne spremenljivke. Branje podatkov in pisanje rezultatov. Enostavnejša grafina predstavitev podatkov. Logini izrazi in krmilni stavki. Uporabniške funkcije.
Numerical methods: Errors in numerical Computation. Linear algebraic equations, basic methods and tools. Interpolation, basic methods and tools. Approximation, basic methods and tools. Nonlinear algebraic equation, basic methods and tools. Sistem of nonlinear algebraic equation, basic methods and tools. Differentiation and integration, basic methods and tools.
20 Numerine metode: Izvori in širjenje napak pri numerinem raunanju. Reševanje sistemov linearnih enab, osnovne metode in orodja. Interpolacija, osnovne metode in orodja. Aproksimacija, osnovne metode in orodja. Reševanje nelinearne enabe, osnovne metode in orodja. Reševanje sistemov nelinearnih enab, osnovne metode in orodja. Odvajanje in integriranje, osnovne metode in orodja.
Matlab symbolic math toolbox: Symbolic expressions, calculus, solving equations, eigenvalues, ordinary differential equations.
5 Matlabova orodja za simbolino raunanje: Simbolini izrazi, infinitezimalni raun, reševanje enab, problem lastnih vrednosti, navadne diferencialne enabe.
prof.dr. Iztok UN 2. VSŠ-EPS;KVS;PS;LE Lectures Exercises Seminar Predavanja Vaje Seminar 45 30 - 45 30 - Contents of lectures h/ure Vsebina predavanj
14 Engineering Thermodynamics 14 Tehniška termodinamika Basic Thermodynamic Properties and Transformations
12 Osnovne termodinamske lastnosti in preobrazbe
The First Law of Thermodynamics 6 Prvi glavni zakon termodinamike. The Second Law of Thermodynamics 9 Drugi glavni zakon termodinamike. Power Cycles 12 Delovni kroni procesi Basics of Heat Transfer 6 Osnove prenosa toplote
izr.prof.dr. Miha BOLTEAR / viš.pred.mag. Joe STROPNIK 2. VSŠ-EPS;KVS;PS;LE Lectures Exercises Seminar Predavanja Vaje Seminar 60 45 - 60 45 - Contents of lectures h/ure Vsebina predavanj
15 Mechanics for Engineers II 15 Tehniška mehanika II Introduction, presentation of the subject and historical development. Kinematics of the particle. Basic concepts and descriptions of kinematic quantities in Cartesian, polar, normal and tangential coordinate system. Special kinds of motion of the particle (rectilinear motion, rotation, projectile motion, harmonic motion).
6 Uvod, predstavitev predmeta in zgodovinski razvoj. Kinetika toke. Osnovni pojmi in opis kinematinih veliin v Kartezijevem, polarnem in naravnem koordinatnem sistemu. Posebne vrste gibanja toke (premortno, kroenje, poševni met, harmonino).
Kinematics of rigid bodies. Determination of the path, velocity and acceleration of particular points in translation, rotation and plane motion. Relative motion of the particle on the body. Coriolis' acceleration. Combination of two rotations along parallel axes. Drives (ordinary, combined).
8 Kinematika togega telesa. Doloanje tirov, hitrosti in pospeškov tok pri translacijskem, kronem in ravninskem gibanju. Sestavljeno gibanje toke in togega telesa. Coriolisov pospešek. Sestavljanje dveh rotacij okoli vzporednih osi. Prenosniki gibanja (navadni in sestavljeni).
Kinetics of the particle. Newton's law, equations of dynamic equilibrium. Work, energy, law of conservation of energy. Impulse and linear momentum. Angular momentum. Kinetics of systems of particles. Centric impact, impact with a body in rotation.
10 Kinetika toke. Zakoni in ravnotene enabe. Delo, energija in energijski zakoni. Gibalna in vrtilna koliina in zakona o njuni spremembi. Impulz sile. Sistem masnih tok. Centrini trk elastinih teles - normalni in poševni, trk mase z rotirajoim telesom.
Kinetics of a rigid body. General equation of motion. Energy of a body in translation and rotation. Mass moments of inertia. Flywheels. Dynamical balancing of rotors and forces on bearings due to unbalancing.
12 Kinetika togega telesa. Glavna enaba. Energija pri translaciji in rotaciji telesa. Dinamini vztrajnostni momenti teles. Izraun vztrajnika. Dinamino uravnoteanje rotorjev in sile na leaje zaradi neuravnoteenosti.
Mechanical vibrations. Vibrations with one degree of freedom: undamped und damped free vibration, undamped and damped forced vibration, resonance, transverse vibration of beams and torsional vibrations. Isolation of vibration. Critical speed of rotors. Basic calculations of seismic load in steel structures.
8 Mehanska nihanja. Nihanje z eno prostostno stopnjo - lastno nedušeno in dušeno nihanje, vsiljeno nedušeno in dušeno nihanje zaradi harmonske motnje, resonanca, upogibna in torzijska nihanja. Izolacija nihanj. Kritina vrtilna frekvenca gredi rotorjev. Osnove za izraun seizminih obremenitev pri konstrukcijah.
Introduction of fluid mechanics (aggregate state, mass, density, pressure, viscosity, bulk modulus, ecc…). Fluids at rest. Euler's static equation. Hydrostatic pressure and pressure equilibrium. Atmosphere. Pascal's law. Relative state of rest of a fluid - equation of the fluid level. Connecting container. Force on the bottom and on inclined plane surfaces. Force on curved surfaces. Buoyancy and stability of floating bodies.
6 Splošni pojmi mehanike fluidov (agreg. stanja, masa, gostota, tlak, viskoznost, stisljivost, itd.) Statika fluidov. Eulerjeva hidrostatina enaba. Hidrostatini tlak in njihovo ravnoteje. Atmosfera. Pascalov zakon. Relativno mirovanje fluida-enaba gladine. Vezne posode. Sila na dno in ravne stranske stene. Sila na ukrivljene stranske stene. Hidrostatini vzgon in stabilnost plavanja teles.
Fluids in motion. Introduction and different kinds of fluid motion. Continuity equation. Euler's dynamic equation and Bernoulli equation.Venturi principle. Flow out from a container with constant and varying fluid level.
4 Dinamika fluidov. Osnovni pojmi in vrste gibanja fluidov. Zakon o ohranitvi mase. Eulerjeva hidrodinamina enaba. Bernoullijeva enaba in njena uporaba. Venturijev princip. Iztekanje skozi majhne in velike odprtine v stenah posode pri konstantni in spremenljivi gladini.
Momentum equation. Sound speed. Bernoulli equation for compressible fluid. Adiabatic flow. Basics of the similitude theory. Flow of viscous fluids in pipelines. Pressure loss in the pipeline, valves and fittings. Optimal diameter of a pipeline. Aerodynamic drag. Water hammer and prevention measures. Cavitation problem.
6 Impulzni zakon. Zvona hitrost. Bernoullijeva enaba za stisljiv fluid. Adiabatno pretakanje fluida. Osnove teorije podobnosti tokov. Pretakanje realnih fluidov po cevovodih. Doloanje linijskih in lokalnih izgub. Doloanje optimalnega premera dolgega cevovoda. Odpor pri obtekanju teles. Osnove hidravlinega udara in ukrepi za prepreevanje. Problem kavitacije.
prof.dr. Matija FAJDIGA / izr.prof.dr. Marko NAGODE 2. VSŠ-EPS;KVS;PS;LE Lectures Exercises Seminar Predavanja Vaje Seminar 75 75 - 75 75 - Contents of lectures h/ure Vsebina predavanj
16 Machine Elements 16 Strojni elementi Development and production technical system, technical system linked to operation, maintenance, regeneration and recycling.
0.5 Razvojni in izdelovalni tehniški sistem, tehniški sistem obratovanja in vzdrevanja ter regeneracije in reciklae.
Design formation and evaluation, basics of design, evaluation criteria, functionality, dimensional adequacy, safety, reliability, RMS values.
3 Nastajanje in ovrednotenje, rešitve, osnove konstruiranja, kriteriji za vrednotenje, funkcionalnost, dimenzijska primernost, varnost, zanesljivost, RMS vrednosti.
Damage, carrying capacity determination and strength, deterministic and probabilistic approach of dimensional adequacy determination.
3 Poškodba, napovedovanje in ugotavljanje nosilnosti in zdrljivosti, postopek ugotavljanja dimenzijske primernosti pri determiniranih in nakljunih obremenitvah.
Inseparable joints: • welding (4.5 hours) • soldering (1 hours) • bonding (1 hours) • riveting (2 hours).
8.5 Nerazstavljive zveze: • varjene (4.5 ure) • lotane (1 ura) • lepljene (1 ura) • kovini spoji (2 ure).
Separable joints: • tension bolt (6 hours) • fit bolt an driving screw (1 hour) • pins (1 hour) • bolts (1 hour) • shaft-hub connections (2 hours)
11 Razstavljive zveze: • spenjalni (6 ur) • prilagodni in gibalni vijak (1 ura) • zatii (1 ura) • sorniki (1 ura) • gredne vezi (2 ure).
Axles and shafts 5 Osi in gredi Pressure vessels, pipes and shutoff elements: • cylindrical (1 hour) • flanges (1 hour) • bottoms and covers (1 hour) • washers (2 hours) • bolted connections (1 hour) • pipes and shut-off elements (3 hours)
9 Tlane posode, cevovodi in zaporni elementi: • valjaste (1 ura) • prirobe (1 ura) • dna in pokrovi (1 ura) • tesnila (2 uri) • spenjalni spoji (1 ura) • cevovodi in zaporni elementi (3 ure)
Springs: • steel (3 hours) • rubber and pneumatic (2 hours).
5 Vzmeti: • jeklene (3 ure) • gumijaste in pnevmatske (2 uri).
Bearings: • basics of friction, lubrication and cooling (0.5
hour) • plain and roller bearings (4.5 hours).
5 Leaji: • Osnove trenja, mazanja in hlajenja (0.5 ure) • Drsni in kotalni (4.5 ure)
Transmission and transformation of rotational movement, transformation parameters (gear ratio, utilization ratio).
2 Prenos in transformacija rotacijskega gibanja, parametri transformacije (prestavno razmerje, izkoristek).
Couplings: • principles (0.5 hours) • rigid (1 hour) • position aligning (1 hour) • flexible (1 hour) • switching conditions (0.5 hour) • sprague couplings (0.5 hour) • torque and speed of rotation limitations (0.5 hours) • safety and torque couplings (2 hours).
7 Sklopke: • principi (0.5 ure) • toge zveze (1 ura) • izravnave gibanja (1 ura) • elastine povezave (1 ura) • vklopne razmere (0.5 ure) • enosmerne skl. in zapore (0.5 ure) • omejitev vrtilnih momentov in vrtilnih hitrosti (0.5
ure) • varnostne in zagonske sklopke (2 ure)
Transmissions: • centre-to-centre distance, gear ratio and utilisation
ration (0.5 hours) Friction and form principle of transmission (1.5 hours) • friction gears (2 hours) • belt drives with flat and V belts (4 hours) • synchronous belts (2 hours) • chains (2 hours) Gear drives • parameters (0.5 hour) • the law of toothing (1 hour) • interference and involute teeth (2.5 hours).
16 Gonila: • medosna razdalja prestavno razmerje in izkoristek
(0.5 ure) Torni in oblikovni princip prenosa (1.5 ure) • torna gonila (2 uri) • jermenska gonila s plošatimi in klinastimi jermeni
(4 ure) • ozobljeni jermeni (2 uri) • verige (2 uri) Zobniški prenos • parametri (0.5 ure) • zakon ozobja (1 ura) • ubirnica in evolventno ozobje (2.5 ure).
izr.prof.dr. Ivan BAJSI 2. VSŠ-EPS;KVS;PS;LE Lectures Exercises Seminar Predavanja Vaje Seminar 30 30 15 30 30 15 Contents of lectures h/ure Vsebina predavanj
17 Measurements 17 Meritve Fundamentals of electrical measurement of nonelectric physical quantities.
4 Osnove elektrinega merjenja neelektrinih fizikalnih veliin.
Analysis of measurement errors. 4 Analiza merilnih pogreškov. Basic characteristics and structure of sensors. 6 Temeljne znailnice in zgradba zaznaval. Measurement signals and signal processing. 6 Merilni signali in njih procesiranje. Review of state-of-the-art measurement transducers. 6 Pregled sodobnih merilnih pretvornikov in njihova
uporaba. Fundamentals of measurement systems. 4 Osnove procesnih merilnih sistemov.
prof.dr. Mihael JUNKAR / prof.dr. Janez KOPA / izr.prof.dr. Zlatko KAMPUŠ 1. VSŠ + 2. VSŠ Lectures Exercises Seminar Predavanja Vaje Seminar 30+15 30+0 0+15 30+15 30+0 0+15 Contents of lectures h/ure Vsebina predavanj
18 Manufacturing technologies and engineering economics
18 Mehanska tehnologija in inenirska ekonomika
1. Introduction: Basic activities of mechanical engineer: − Historical development of engineering profession,
industrial revolutions − Engineering challenges of the modern time,
education and the need for interdisciplinary knowledge
− Creativity and methods of innovative development.
2 1. Uvod: Predstavitev inenirskih dejavnosti: − Zgodovina in razvoj inenirskega poklica
industrijske revolucije − Sodobni izzivi inenirstva, izobrazba in potreba po
intersciplinarnih znanjih, − Kreativnost in metode inovativnega razvojnega dela.
2. Planning and engineering economics: − Product planning and development, idea of a
product – idea of technology, material and process selection, design for manufacturing, design for assembly
− Cost structure, invoice, machining cost calculation, variant calculation for complementary technologies
2 2. Nartovanje in inenirska ekonomika: − Razvoj in nartovanje izdelka, zamisel izdelka -
zamisel tehnologije, izbira materialov in procesov, konstruiranje za izdelavo, konstruiranje za montao
− Struktura stroškov, izdelava ponudbe, vnaprejšnji ekonomski izraun izdelave, variantni izraun za razline tehnologije.
3. Classification and properties of nonconventional technologies:
− Comparison of conventional and nonconventional processes from their technological advantages point of view.
− Specific properties of nonconventional processes (mechanical, electro-thermic, chemical and electrochemical).
2 3. Delitev in lastnosti nekonvencinalnih izdelovalnih tehnologij:
− Primerjava uporabnosti konvencionalnih in nekonvencionalnih postopkov z vidika njihovih tehnoloških prednosti
− Specifine lastnosti nekonvencionalnih postopkov (mehanski, elektrotermini, kemini in elektrokemini)
4. Basic nonconventional machining processes (basics, practical applications in industry): − Electrical discharge machining (EDM) − Electrochemical machining (ECM) − Laser machining − Plasma machining
− Waterjet and abrasive waterjet machining (WJ, AWJ)
10 4. Osnovni nekonvencionalni izdelovalni postopki (osnove, praktina uporaba v proizvodnji):
− Elektroerozijska obdelava − Elektrokemina obdelava − Laserska obdelava − Plazemska obdelava − Obdelava z vodnim in abrazivnim vodnim curkom
5. Technology planning based on interrelations between materials, technologies and design:
− Product functionality: technical and aesthetical functionality
− Surface integrity, geometrical precision and topography
− Technological evaluation of production, availability and performances of machining processes
2 5. Nartovanje tehnologij iz vidika soodvisnost materialov, tehnologij in dizajna:
− Funkcionalnost izdelka: tehniška in estetska funkcionalnost
− Integriteta površin, geometrijska natannost in topografija
− Tehnološko vrednotenje izdelave, razpololjivosti in zmonosti izdelovalnih postopkov
6. Economical evaluation of production from relevant criteria:
− Selection of technology based on number of parts to be produced
− Quality, cost and time of manufacturing − Cost calculations of nonconventional machining
technologies
2 6. Ekonomsko vrednotenje izdelave ob upoštevanju relevantnih kriterijev:
− Vpliv velikosti serije na izbiro tehnologije − Kvaliteta, stroški in as izdelave − Kalkulacije stroškov nekonvencionalnih tehnologij
7. Classification of cutting processes and their 5 7. Delitev in lastnosti postopkov odrezavanja:
properties: − with defined geometry (turning, drilling, reaming,
milling, tapering) − with undefined geometry (grinding, honing,
superfinish, polishing) − advanced processes: HSC , HP lubricooling and
Cryogenic cutting
− z nedoloeno rezalno geometrijo (brušenje, honanje, superfiniš,poliranje)
− sodobnini postopki: VHO , VT dovod HMT in Cryogeno odrezavanje
8. Machine tools for cutting: − cutting process kinematics, structure of the
machine and process utilization rate in terms of the product’shape and type
− conventional machine tools − advanced CNC machine tools
5 8. Odrezovalni stroji: − kinematika procesov odrezavanja, shema stroja in
uporabnost postopka glede na vrsto in oblike izdelka − klasini stroji − sodobni CNC stroji
9. Engineering economics in cutting: − manufacturing costs analysis; time analysis of
processes − manufacturing costs and time optimizing for
achieving optimal parameters of cutting (v, f, a) − profitability of production considering fixed and
variable costs regarding the batch size.
5 9. Inenirska ekonomika pri odrezavanju: − analiza in obravnava stroškov obdelave in asovna
analiza postopkov − optimiranje stroškov in asa obdelave za dosego
optimalnih parametrov odrezavanja (v, f, a) − rentabilnost izdelave ob upoštevanju fiksnih in
variabilnih stroškov, glede na število kosov izdelkov seriji.
10. Introduction into metal forming: Changes on the forming part, division of forming processes in terms of different criteria, plastic deformation, strain hardening, influence of temperature, flow curve, friction in metal forming, selecting suitable technology.
2 10. Uvod v tehnologijo preoblikovanja: Spremembe na obdelovancu, delitev postopkov po razlinih kriterijih, plastina deformacija, utrditev, vpliv temperature, napetost teenja, trenje pri preoblikovanju, izbira primerne tehnologije.
11. Characteristics of compressive forming: Rolling, die forming, heading, rotary forming, hobbing, cold and hot extrusion.
4 11. Znailnosti postopkov tlanega preoblikovanja: Valjanje, kovanje, vodoravno kovanje, rotacijsko kovanje, vtiskovanje, hladno in toplo iztiskavanje.
12. Characteristics of tensile-compressive forming: wire and rod drawing, deep drawing, ironing, deep drawing with a pressure medium, spinning, collar draw
2 12. Znailnosti postopkov natezno-tlanega preoblikovanja:
Vleenje ice in profilov, globoki, stanjševalni vlek, vleenje z medijem, potisno oblikovanje, vleenje vratu.
13. Characteristics of tensile and bending forming: Stretching, bulging, expanding, bending with linear and rotary tool motion. Characteristics of shear forming: Open and closed shearing, tools for closed cutting, utilization, fine blanking.
2
Natezanje, izboevanje, razširjanje, upogibanje s premortnin in kronim gibanjem orodja. Znailnosti postopkov strienja: Odprti, zaprti rez, orodja za zaprti rez, izkoristek materiala, natanno rezanje.
prof.dr. Janez TUŠEK 2. VSŠ-EPS;KVS;PS Lectures Exercises Seminar Predavanja Vaje Seminar 30 30 - 30 30 - Contents of lectures h/ure Vsebina predavanj
19 Joining Techniques 19 Tehnika spajanja Introduction. Basic terms. Arc welding. Pressure welding. Resistance welding.
2 Uvod. Osnovni pojmi. Oblono varjenje. Varjenje s pritiskom. Uporovno varjenje.
Physics of arc, including stability and self-regulation of arc length, and IIW classification of material transfer.
3 Fizika obloka s stabilnostjo in samoreguliranjem doline slednjega ter klasifikacija prehajanja materiala po IIW.
Power sources for welding and their basic characteristics. Risks in welding work, protection and safety at work.
3 Viri energije za varjenje in njihove osnovne karakteristike. Nevarnosti pri varilskih delih, zašita pred nevarnostmi ter varno delo.
Manual metal arc welding with covered electrodes. Gas shielded arc welding and its processes: TIG, MIG/MAG, submerged arc welding and plasma arc welding. Electroslag welding.
5
Rono oblono varjenje z oplašenimi elektrodami. Oblono varjenje v zašitnih plinih in plinskih mešanicah po postopkih: TIG, MIG/MAG, EPP in s plazemskim oblokom. Varjenje pod lindro.
Electron beam welding and light beam welding (particularly laser beam welding). Aluminothermic welding and gas welding.
2 Varjenje s snopom elektronov in svetlobe (posebno še z laserjem). Aluminotermino in plamensko varjenje.
Resistance welding: spot, projection, seam, flash welding
3 Uporovno varjenje: tokovno, bradavino, kolutno in obigalnio.
Welding with mechanical energy. 2 Varjenje z mehansko energijo. Flame cutting and oxy-fuel cutting. Arc cutting, plasma arc cutting, laser beam cutting. 2
Plamensko rezanje s istim kisikom in z dodatki. Rezanje z oblokom, s plazemskim oblokom in z laserjem.
Brazing, adhesive bonding, and spraying of metals and non-metals. Welding of thermoplastics.
2 Lotanje, lepljenje in nabrizgavanje kovin in nekovin. Varjenje termoplastov.
Thermal fields and thermal phenomena. Internal stresses and deformations, their prevention and relieving.
3 Toplotna polja in toplotni pojavi. Notranje napetosti in deformacije ter prepreevanje in odpravljanje slednjih.
Weldability and methods of weldability testing. Weldability and welding of iron, copper, aluminium, magnesium, nickel, beryllium, titanium, zirconium, and their alloys.
3
Varivost in metode za preizkušanje varivosti. Varivost in varjenje eleza, bakra, aluminija, magnezija niklja, berilija, titana in cirkonija ter njihovih zlitin.
doc.dr. Zoran KARI 2. VSŠ-EPS;KVS;PS Lectures Exercises Seminar Predavanja Vaje Seminar 45 30 - 45 30 - Contents of lectures h/ure Vsebina predavanj
22 Fundamentals of Control Techniques 22 Osnove krmilne tehnike 1. Introduction 9 1. Uvod 2. Constitutive elements 12 2. Prikaz gradnikov krmilnih sistemov 3. Feedback control systems -case studies 6 3. Primeri krmilnih sistemov 4. Behaviour of control systems 6 4. Obnašanje krmilnih sistemov 5. Frequency response methods 3 5. Frekvenne metode 6. Stability 3 6. Stabilnost 7. Methods of controller setting parameters determination
3 7. Metode doloanja nastavitvenih prametrov krmilnikov
8. Discrete control systems 3 8. Diskretni krmilni sistemi
izr.prof.dr. Mirko SOKOVI 2. VSŠ-EPS;KVS;PS Lectures Exercises Seminar Predavanja Vaje Seminar - - 30 - - 30 Contents of seminar h/ure Vsebina seminarja
23 Quality Assurance 23 Zagotavljanje kakovosti 1. Introduction 2 1. Uvod 2. Influence of Quality Level on Enterprise’s
Profitability 2 2. Vpliv ravni kakovosti na poslovanje podjetja
3. Comparison between Goodand Bad Enterprises 2 3. Primerjava dobro-slabo podjetje 4. Quality of Services 2 4. Kakovost storitev 5. Quality Systems 5 5. Sistemi kakovosti 6. Quality Management (Systems Approach, Tools,
Techniques and Methods, and Team Work) 7 6. Menedment kakovosti (sistemski pristop, orodja,
tehnike in metode, timsko delo) 7. Quality Costs 2 7. Stroški kakovosti 8. Customer Satisfaction 2 8. Zadovoljstvo strank Case Studies 6 Primeri
prof.dr. Alojz POREDOŠ 2. VSŠ-EPS Lectures Exercises Seminar Predavanja Vaje Seminar 45 45 - 45 45 - Contents of lectures h/ure Vsebina predavanj
24 Heat and Mass Transfer 24 Prenos toplote in snovi Recapitulation of heat transfer fundamentals 3 Ponovitev osnov prenosa toplote Heat exhangers basic methodologies 2 Osnovna metodologija obravnave prenosnikov toplote Tube-in-tube heat exhangers calculations 3 Prenosnik toplote cev v cevi Efficiency - NTU method for heat exchangers calculation 2 Uinek – NTU metoda prerauna
Mean logarithmic method for heat exhangers design 2 Metoda srednje logaritmine temperature za dimenzioniranje prenosnikov toplote
Overall heat transfer coefficient 2 Celotna toplotna prehodnost Basics of the extended surfaces efficiency 2 Osnove uinkovitost razširjenih površin Convective heat transfer – tube, plate, tube bundle 3 Konvektivni prenos toplote – cev, ploša, snop cevi Boiling heat transfer 2 Prenos toplote pri uparjanju Condensation heat transfer 2 Prenos toplote pri kondenzaciji Basics of mass transfer 2 Osnove prenosa snovi Equimolaire diffusion – Fick’s Law 2 Ekvimolarna difuzija – Fickov Zakon One-side diffusion 1 Enostranska difuzija Diffusion coefficients 2 Difuzijski koeficienti Analogy between heat-mass-and momentum transfer 3 Analogija med prenosom toplote in snovi Lewis law 1 Lewisov zakon Introduction to convective mass transfer 2 Uvod v konvektivni prenos s novi Convective mass transfer in tube, on plate 3 Konvektivni prenos snovi v cevi, na poši Fluidized bed mass transfer 2 Prenos s novi v fluidiziranem sloju Overall mass transfer coefficient 2 Snovska prehodnost Examples of simultaneous heat and mass transfer 2 Primeri soasnega prenosa toplote in snovi
prof.dr. Janez OMAN 2. VSŠ-EPS Lectures Exercises Seminar Predavanja Vaje Seminar 30 15 15 30 15 15 Contents of lectures h/ure Vsebina predavanj
25 Industrial Energy Engineering 25 Industrijska energetika ENERGY AND ENERGY CARRIERS IN INDUSTRY. Primary, secondary and useful energy.Energy situation in the world and in Slovenia. The modes of energy utilization in industrial processes. The use of heat and power in industry
3 ENERGIJE IN ENERGENTI V INDUSTRIJI Primarne, sekundarne in koristne energije. Energetska situacija v svetu in v Sloveniji. Naini uporabe energij v industrijskih tehnoloških procesih. Toplota in elektrina energija v industriji
FUELS The sources of heat, stoichiometric combustion, combustion air requirements, excess air ratio and excess air, higher and lower heating value, heating power. Biofuels and biomass. Combustion of industrial wastes. Cleaning of flue gases and allowable emissions. Heat carriers, heat transfer, heat conduction, heat exchange, industrial heat exchangers, heat power
5 GORIVA Viri toplote, stehiometrija zgorevanja, zgorevalni zrak, razmernik in preseek zraka, zgorevalna toplota in kurilnost, toplotna mo goriva. Biogoriva in biomasa. Kurjenje industrijskih odpadkov. išenje dimnih plinov in dopustne emisije. Nosilci toplote, prestop, prevod in prenos toplote, industrijski prenosniki toplote, toplotna mo
MACHINES Classification of machines, characteristics of turbo-and displacement machines, work, power, efficiency. Properties of displacement machines, indicated work, crank mechanism, flywheel. Properties of driving and working turbo machines, power and efficiency
4 STROJI Razvrstitev strojev, karakteristike turbinskih in volumetrinih strojev. Delo, mo, izkoristek. Znailnosti volumenskih strojev, indicirano delo, roini mehanizem, vztrajnik. Znailnosti pogonskih in delovnih turbinskih strojev, mo in izkoristek
PROCESS WATER Pumps in pipelines. Construction of water supply systems, properties of pipeline systems, characteristics of pumps, pumps curves, regulation of head capacity. The system with two mounted pumps. Permissible suction-height, pumping of hot and boiling condensates. Regulations on industrial waste waters
4 TEHNOLOŠKA VODA rpalke v cevnih sistemih. Konstruiranje vodnih cevnih sistemov, karakteristike cevnih sistemov, karakteristike rpalk, obratovalna stanja rpalk, reguliranje dobavne koliine. Sistemi z dvema rpalkama. Dopustna sesalna višina, rpanje vroih in vrelih kondenzatov. Predpisi o tehnoloških vodah
COMPRESSED AIR Compressor stations, reservoirs, compressed air distribution system. Multistage compression with intermediate cooling. Pressure vessels
3 KOMPRIMIRANI ZRAK Kompresorske postaje, hranilniki, sistemi za razvod komprimiranega zraka. Vestopenjsko komprimiranje z vmesnim hlajenjem. Tlane posode
HOT WATER AND STEAM Industrial boilers, operation, power (horse power), efficiency. Preparation, utilization and combustion of gaseous, liquid, solid fuels and biomass. Industrial furnaces. The industrial cogeneration plants
4 VROA VODA IN PARA Kotli v industriji, delovanje, mo, izkoristek. Naprave za pripravo goriv za kurjenje z zemeljskim plinom, s kapljevitimi gorivi in z biomaso. Industrijske pei. Sistemi za soproizvodnjo toplote in elektrike v industriji
SAFETY AND ENVIRONMENT Safety equipment and accessories. Inspection of steam boilers. Transportation and storage of technical gases. Pollutants from industrial production processes and environment
3 VARNOST IN OKOLJE Varnostna oprema in armature, inšpekcija parnih kotlov. Hranjenje in transport tehninih plinov. Škodljive odpadne snovi iz tehnoloških procesov in okolje
ENERGY CONSERVATION PROGRAM The proper use of energy in processes, regenerations, recuperations. The steps of priorities in exploitating waste heat from industrial processes
4 ENERGETSKI PREGLEDI Smotrna raba energije v industrijskih tehnoloških procesih, regeneracije, rekuperacije. Stopenjski ukrepi za izkorišanje odpadnih toplot iz tehnoloških procesov
prof.dr. Franc KOSEL 2. VSŠ-KVS Lectures Exercises Seminar Predavanja Vaje Seminar 45 30 - 45 30 - Contents of lectures h/ure Vsebina predavanj
26 Engineering Mechanics III 26 Tehniška mehanika III Stress theory 2 Teorija napetosti Strain theory 4 Teorija deformacij Energy methods 2 Energijski stavki Generalized Hooke’s law 3 Posplošen Hookov zakon Plastic bending of beams Elasto-plastic bending
2 Mejna stanja Elastoplastini upogib
Application of energy methods in statically determined and indetermined systems
3 Uporaba energijskih izrekov pri reševanju statino doloenih in nedoloenih sistemov
Equilibrium and energy methods for solving one- dimensional and two-dimensional stability problems in elastic and elastic-plastic domain.
4 Ravnotena in energijska metoda reševanja enoosnih in dvoosnih stabilnostnih problemov v elasto in elastoplastinem obmoju
Methods of increasing load carrying capacity. 2 Metode poveanja nosilnosti. Snap-through process. Lateral buckling of beams. Stability of frame structures. Local stability.
4 Preskok sistema Zvrnitev nosilcev Stabilnost okvirnih konstrukcij Lokalna stabilnost
Basics of fracture mechanics. Effect of cracks, stable and instable cracks. Brittle fracture. Effect of oxide wedge on crack propagation.
4 Osnove lomne mehanike Vpliv razpok, stabilne in nestabilne razpoke Krhki lom Vpliv oksidnega klina na širjenje razpok.
Contact problems 2 Kontaktni problemi Linear theory of fiber or textile reinforced members. Effect of filament quality on load carrying capacity of titer and fiber Types and load carrying capacity of fillers. Hooke’s law for orthotropic layer with arbitrary oriented textile or reinforcing fibers. Hooke’s law for multilayer member, composed of arbitrarily orthotropic material.
5 Linearna teorija z vlakni ali tkanino ojaenih konstrukcijskih elementov Vpliv kvalitete filamenta na nosilnost titra in vlakna Vrste in nosilnost polnil Hookov zakon za ortotropni sloj s poljubno orientacijo tkanine ali ojaitvenih vlaken. Hookov zakon za veslojni nosilni konstrukcijski element, sestavljen iz slojev poljubne ortotropije.
Different methods of fiber manufacturing. Parameters of manufacturing, time, pressure, temperature and other. Effect of shrinking during cooling.
2 Izdelava elementov z navijanjem in brizganjem. Izdelava z nadtlakom Parametri izdelave, as, tlak, temperatura in drugi. Vpliv krenja med ohlajanjem.
Revision of methods for solving problems of Engineering Mechanics III Analytical and experimental methods
2 Pregled metod reševanja problemov iz Tehniške mehanike III Analitine in eksperimentalne metode
Method of inflection point 2 Metode prevojne toke Methods of model mechanics 2 Metode modelne mehanike
doc.dr. Joef PEZDIRNIK 2. VSŠ-KVS Lectures Exercises Seminar Predavanja Vaje Seminar 45 30 - 45 30 - Contents of lectures h/ure Vsebina predavanj
27 Hydraulics & Pneumatics 27 Hidravlika in pnevmatika Introduction: definition of H/P and its comparison to mechanics, electricity and electronics and comparison of single drives; main working parameters in H/P devices; short historical development; advantages and disadvantages of H/P; the role of H/P inside machines or production lines; open and closed circuits; basic differences between power-
control hydraulic (H) and pneumatic (P) components and systems. The structure of H/P devices in relation to machine and production lines systems.
4
Uvod: opredelitev H/P v primerjavi z mehaniko, elektriko in elektroniko ter primerjava posameznih pogonov; bistveni delovni parametri H/P naprav; kratek zgodovinski razvoj; prednosti in slabosti H/P; vloga H/P v strojih ali postrojenjih; odprti in zaprti tokokrogi; osnovne razlike med sestavinami in sistemi pogonsko-
krmilne hidravlike (H) in pnevmatike (P). Struktura H/P naprav v odnosu do strojnih sistemov in proizvodnih linij
Working media - fluids in H/P systems: kinds of H and P media and their influence to environment; properties of hydraulic fluids and compressed air and their availability in industrial environment; ensuring suitable characteristics and conditions of H/P media; criteria for fluid choice (compressed air and hydraulic fluids); contamination of hydraulic fluids and adequate standards.
5
Delovni mediji – tekoine v H/P napravah: vrste hidravlinih (H) in pnevmatinih (P) medijev ter njihov vpliv na okolje; lastnosti hidravlinih tekoin in stisnjenega zraka ter njuna razpololjivost v industrijskem okolju; zagotavljanje ustreznih karakteristik in pogojev H/P medijev; kriteriji za izbiro tekoin (stisnjenega zraka in hidravlinih tekoin); onesnaenost H tekoin in ustrezni standardi.
Some basic principles at H/P: the role of basic physical principles of hydrodynamics and hydrostatics in H/P components and systems; principles of symbolic drawing of H/P components and systems.
2
Basic properties of H/P components and elements: manufacturingtechnology and design particularities of H/P elements, gaps inside components, fluid flow through gaps in H; contours, shapes, tolerances, forces on single elements; internal leakage; tribological problems inside H components; important differences between H and P components and elements.
4
Osnovne lastnosti sestavin in elementov H/P: Izdelavno-tehnološke in konstrukcijske posebnosti elementov H/P, ree v sestavinah, pretakanje skozi ree v H; konture, oblike, tolerance, sile na posamezne elemente; notranje pušanje; tribološka problematika znotraj H sestavin; pomembne razlike med H ter P sestavinami in elementi.
Basics about sealing in H/P components: purpose, basic differences between sealing in H and P, static and dynamic sealing; kinds, shapes and friction of seals.
1
Osnove o tesnjenju v H/P sestavinah: namen, temeljne razlike med tesnjenjem v H in P, statino in dinamino tesnjenje; vrste, oblike in trenje tesnil.
Primary and secondary energy transformers: basics, pumps, compressors, linear and rotary actuators; sealing of pumps, hydraulic motors and cylinders; working parameters, properties, efficiencies, selection criteria and calculations.
5
Primarni in sekundarni pretvorniki energije: osnove, rpalke, kompresorji, translatorne in vrtilne izvršilne sestavine; tesnjenje rpalk, hidravlinih motorjev in valjev; delovni parametri, lastnosti, izkoristki, kriteriji za izbiro in izrauni.
Conventional control components in H/P: their purpose; seat and sliding type; classification according to function; directly and indirectly activated (one-and two- stage) valves; basic differences between H and P valves; directional, check (including hydrologic), pressure and flow control valves; internal and external sealing of valves; ways of building-up valves into the machine; typical characteristics and selection criteria.
12
Konvencionalne krmilne sestavine v FT: njihova namembnost; sedeni in drsniški tip; razvrstitev glede na funkcijo; direktno (neposredno) in posredno vkrmiljeni (eno in dvostopenjski) ventili; temeljne razlike med h in P ventili; potni, protipovratni (vkljuno s hidrolog.), tlani in tokovni ventili; notranje in zunanje tesnjenje ventilov; naini vgradnje ventilov v stroj; tipine karakteristike in kriteriji za izbiro.
Basics about proportional and servo-valves - mainly H valves: their purpose and function; properties and typical characteristics; principles of pressure compensator; necessary conditions and operating requirements for their application; selection criteria; when to use them instead of conventional valves.
4
Osnove proporcionalnih in servo-ventilov - zlasti H ventilov: njihova namembnost in funkcija; lastnosti in znailne karakteristike; princip tlane tehtnice; nujni pogoji oziroma obratovalne zahteve za njihovo uporabo; kriteriji za izbiro; kdaj jih uporabiti namesto konvencionalnih ventilov.
Auxiliary and passive components in H/P: reservoirs, piping, connections and ports and their sealing ; filters, H accumulators, etc.; their purpose and
6
Pomone in pasivne sestavine v H/P: rezervoarji, cevni razvod, spoji in prikljuki ter njih tesnjenje; filtri, H akumulatorji, itd.; njihova namembnost in pomembnost;
importance; design particularities; characteristics; calculations and selection criteria.
konstrukcijske posebnosti; karakteristike; izrauni in kriteriji za izbiro.
Basics about designing H/P systems: selection criteria for using H or P system; some typical H & P circuits; technical documentation and designing standards of H & P systems.
2
Osnove snovanja sistemov H/P: kriteriji za uporabo H ali P sistema; nekaj znailnih tokokrogov v H in P; tehnina dokumentacija in standardi za projektiranje H in P sistemov.
doc.dr. Roman ŠTURM 2. VSŠ-PS Lectures Exercises Seminar Predavanja Vaje Seminar 45 15 - 45 15 - Contents of lectures h/ure Vsebina predavanj
28 Technology of Materials 28 Tehnologija materialov Nucleation, grains, grain growth, solidification, sizes of driving forces, solid-state phase changes.
6 Nukleacija, zrna, rast zrn, strjevanje, velikost gonilne sile, spremembe faz v trdnem.
Thermal analysis, differential – thermal analysis, dilatometric analysis.
6 Termina analiza, diferencialno-termina analiza, dilatometrina analiza.
Ternary diagrams. 3 Ternarni diagrami. CCT, TTT diagrams, diffusive transformations, non- diffusive transformations.
6 CCT, TTT diagrami, difuzijske transformacije, brezdifuzijske transformacije.
Quenching, effect of size and chemical elements on quench-ability, Jominy test, Grossmann`s and Lemont`s method, distortion.
6 Kaljenje, vpliv velikosti in keminih elementov na prekaljivost, Jominy preskus, Grossmannova in Lamontova metoda, izkrivljenost.
Forging, forces controlling the grain size, recrystallisation.
6 Kovanje, vpliv sile na velikost zrn, rekristalizacija.
Casting, solidification, defects. 4 Litje, strjevanje, napake. Creep, time to fracture, Larson-Miller parameters, creep tests.
3 Lezenje, as do loma, Larson-Millerjevi parametri, testi lezenja.
Case studies: light alloys, carbon steels, alloy steels in process of production, forming and joining, emphasis on materials properties.
3 Primeri: lahke litine, ogljikova jekla, legirana jekla in process proizvodnje, oblikovanje in zdruevanje, poudarek na lastnostih materiala.
Thermo-mechanical processes. 2 Termo-mehanski procesi.
URE izr.prof.dr. Mirko SOKOVI 2. VSŠ-PS Lectures Exercises Seminar Predavanja Vaje Seminar 15 - - 15 - - Contents of lectures h/ure Vsebina predavanj
29 Quality Assurance 29 Zagotavljanje kakovosti 1. Introduction 2 1. Uvod 2. Influence of Quality Level on Enterprise’s
Profitability 2 2. Vpliv ravni kakovosti na poslovanje podjetja
3. Comparison between Good and Bad Enterprises 2 3. Primerjava dobro-slabo podjetje 4. Quality of Services 2 4. Kakovost storitev 5. Quality Systems 5 5. Sistemi kakovosti 6. Quality Management (Systems Approach, Tools,
Techniques and Methods, and Team Work) 7 6. Menedment kakovosti (sistemski pristop, orodja,
tehnike in metode, timsko delo) 7. Quality Costs 2 7. Stroški kakovosti 8. Customer Satisfaction 2 8. Zadovolstvo strank Case Studies 6 Primeri
prof.dr. Janez KOPA / izr.prof.dr. Mirko SOKOVI 2. VSŠ-PS-PT;VP Lectures Exercises Seminar Predavanja Vaje Seminar 30 45 - 30 45 - Contents of lectures h/ure Vsebina predavanj
31 Cutting Technology 31 Tehnologija odrezavanja Description of cutting processes and techniques of cutting.
6 Opis postopkov odrezavanja s poudarkom na tehniki odrezavanja.
Cutting processes (turning, drilling, milling, grinding, polishing, thread milling, super-finishing, honing) in connection with design of machining operations (defining right cutting parameters, right tool selection according to material properties).
10 Predstavitev odrezovalnih postopkov (struenja, vrtanje, frezanje navojev, povrtavanje, brušenje, poliranje, super finiš, honanje) v direktni povezavi s sprotnim nartovanjem tehnologije odrezavanja (predpisovati parametre obdelave, ustrezno geometrijo in kvaliteto orodja).
Modern cutting tools and cutting tool materials. 6 Sodobna rezalna orodja in obdelovalni materiali. Technological data bases. Design of machining operations. Selection procedure. Optimisation of parameters. Calculation of machining costs.
8 Baze tehnoloških podatkov. Nartovanje obdelovalnih postopkov. Izbira postopka. Optimiranje parametrov. Izraun stroškov obdelave.
prof.dr. Janez TUŠEK 2. VSŠ-PS-VA Lectures Exercises Seminar Predavanja Vaje Seminar 45 30 - 45 30 - Contents of lectures h/ure Vsebina predavanj
32 Welding Machines and Devices I 32 Varilni stroji in naprave I Introduction and basic concepts. 3 Uvod in osnovni pojmi. Basics in physics of welding, particularly arc, arc stability and arc length self- regulation, forces acting in the arc, material transfer and its IIW classification, weld pool, arc blow effect – causes of its occurrence and prevention.
6
Osnove fizike varjenja s posebnim poudarkom na obloku, njegovi stabilnosti in samoreguliranju doline obloka, na silah v obloku, prehajanju materiala in klasifikaciji slednjega po IIW ter na talini zvara, pihalni uinek – vzrok za nastanek in ukrepi za prepreitev.
Electric power sources for welding, their classification, operation, basic characteristics and applications (transformer, rectifier, generator, inverter, synergic power sources, fuzzy logic in welding).
8
Elektriški viri energije za varjenje, razdelitev, delovanje, osnovne karakteristike in uporaba (transformator, usmernik, generator, inverter, sinergetski viri energije, mehka logika v varilstvu).
Machines and devices for arc welding with covered electrodes, gas shielded arc welding, submerged arc welding, and for special processes such as impact welding, welding with magnetically impelled arc, and narrow-gap welding, stud welding.
10
Stroji in naprave za oblono varjenje z oplašeno elektrodo, v zašitnih plinih, pod talili in za posebne postopke kot so: varjenje z udarom, z elektromagnetno krmiljenim oblokom in v ozki rei, varjenje epov.
Devices for resistance welding, including those for under slag welding.
6 Naprave za uporovno varjenje, vkljuno za varjenje pod talili.
Devices for high-energy density welding such as plasma welding, electron beam welding, and light beam welding, including laser beam welding.
6 Naprave za varjenje z visokimi gostotami moi: plazemske, za varjenje z elektronskim snopom in s snopom svetlobe, vkljuno laserske naprave.
Devices for stud welding, friction welding, diffusion welding, ultrasonic welding, and vibration welding, friction stir welding and other devices for welding with a mechanical force.
6
Naprave za varjenje epov, za varjenje s trenjem, difuzijsko varjenje, ultrazvono in vibracijsko varjenje in druge naprave za varjenje z mehansko silo.
prof.dr. Janez GRUM 2. VSŠ-LE-SVL Lectures Exercises Seminar Predavanja Vaje Seminar 30 30 - 30 30 - Contents of lectures h/ure Vsebina predavanj
91 Non-destructive testing 91 Neporušne preiskave Surface integrity: Control of material properties, The role of testing, Testing of materials, Inspection of materials, Stress-strain, Toughness, Impact, Creep, Fatigue, Residual stresses, Distortion, Volume changes, Residual stress measuring methods, Instrumentation.
2
Metallography: Light microscopy: Basic concepts in light optical theory, Magnificiation, Specimen preparation for light microscopy, Macro and microstructure analysis.
2
Visual inspection: Flexible or rigid borescopes, Magnifying systems, Magnification and field of view, Direction of view, Applications.
2 Vizuelna analiza: Fleksibilni in togi boreskopi, sistemi za poveevanje, poveava in vidno polje, smer pogleda, uporaba.
Liquid penetrant inspection: Description of the process, Selection of penetrant and developers, Liquid penetrant testing of open face honeycomb gas turbine seals, Liquid penetrant testing process specifications in aerospace manufacturing. Field liquid penetrant testing of military aircraft, skills and training of aircraft inspectors.
4
Preizkušanje s penetranti: popis procesa, izbira penetranta in razvijalca, preizkušanje s tekoimi penetranti odprtih delov na plinskih turbinah, specifikacije pri izvajanju preizkušanja s tekoimi penetranti pri izdelavi letal, preizkušanje s penetranti pri vojaških letalih na terenu, uenje in pripravljenost preglednikov letal.
Magnetic particle inspection: Description of magnetic field, Direction of magnetic field, Magnetizing current, Power sources, Magnetic particles and suspending liquids, Ultraviolet light, Detectable discontinuities. Inspection of castings, forgings and weldments, Automated equipment for specific application, Demagnetization after inspection.
4
Preizkušanje z magnetnim prahom: opis magnetnega polja, usmerjenost magnetnega polja, tok magnetenja, izvori moi, magnetni prah in magnetne tekoine, UV svetloba, zaznane napake, preizkušanje ulitkov, izkovkov in zvarov, avtomatizirana oprema za specifine aplikacije, razmagnetenje po preizkušanju.
Eddy current inspection: Principle of operation, Functions of a basic system, Coil impedance, Lift-off factor, Fill factor, Edge effect, Skin effect. Discontinuities detectable by eddy current inspection. Inspection of tubes, solid cylinders, welds in welded tubing and pipe, Electromagnetic sorting and testing.
4
Preizkušanje z vrtinnimi tokovi: Princip delovanja, funkcije osnovnega sistema, impedanca tuljave, faktor odmika, faktor polnjenja, robni efekt, skin efekt, zaznane napake s preizkušanjem z vrtinnimi tokovi, preizkušanje cevi, polnih valjev, zvarov in varjenih cevi, elektromagnetno razvršanje in testiranje, naprave in nain delovanja.
Ultrasonic inspection: Basic equipment, General characteristic of ultrasonic waves, Attenuation of ul- trasonic beams, Basic inspection methods: Pulse echo method, A-scan display, B-scan display, Interpretation of pulse-echo data, Transmission methods, Transducer elements, Couplants, Standard reference blocks…
4
Ultrazvono preizkušanje: osnovna oprema, osnovne karakteristike UZ valov, oslabitev UZ snopov, osnovne metode preizkušanja: odbojna metoda, A-scan prikaz, B scan prikaz, interpretacija podatkov pri odbojni metodi, prehodna metoda, elementi UZ sond, sredstva za akus- tino sklapljanje, standardni referenni bloki (etaloni)…
Acoustic emission testing: Types of acoustic emissions, Concept signal description, Inspection of pressure vessels, Inspection of wire ropes, Inspection of aircraft structures, Inspection of welds, Inspection of ceramics and composite materials. Applications: Aircraft alloy testing, monitoring crack growth in aircraft structure , Airframe structure tests.
4
Radiographic inspection: Principles of radiography, Sources of radiation, X-ray tubes, Gama rays, Attenuation of electromagnetic radiation, Principles of shadow formation, Geometric unsharpness, Radiation safety, Characteristic of X-Ray film…
4
doc.dr. Zoran KARI 2. VSŠ-LE-SVL Lectures Exercises Seminar Predavanja Vaje Seminar 45 30 - 45 30 - Contents of lectures h/ure Vsebina predavanj
22 Fundamentals of Control Technics 22 Osnove krmilne tehnike 1. Introduction 9 1. Uvod 2. Constitutive elements 12 2. Prikaz gradnikov krmilnih sistemov 3. Feedback control systems -case studies 6 3. Primeri krmilnih sistemov 4. Behaviour of control systems 6 4. Obnašanje krmilnih sistemov 5. Frequency response methods 3 5. Frekvenne metode 6. Stability 3 6. Stabilnost 7. Methods of controller setting parameters determination
3 7. Metode doloanja nastavitvenih prametrov krmilnikov
8. Discrete control systems 3 8. Diskretni krmilni sistemi
doc.dr. Tadej KOSEL 2. VSŠ-LE Lectures Exercises Seminar Predavanja Vaje Seminar 45 15 - 45 15 - Contents of lectures h/ure Vsebina predavanj
92 Aircraft Instruments 92 Letalski instrumenti Air data instruments: pitot and static system, altimeter, airspeed indicator, mach meter, vertical speed indicator, air data computer
7 Letalski instrumenti: pnevmatski instrumenti, višinomer, merilec hitrosti, mach meter, indikator vertikalne hitrosti, air data computer
Gyroscopic instruments: gyro fundamentals, directional gyro, slaved gyro compass, attitude indicator, turn and bank indicator (rate gyro), gyro stabilised platform (gimballed platform)
6 iroskopski instrumenti: osnove iroskopa, smerni iroskop, irokompas, indikator poloaja, indikator zavoja in nagiba, stabilizirna iroplošad
Magnetic compass: direct reading compass, remote compass
6 Magnetni kompas: navadni kompas
Electronic instruments: electronic flight instrument system (EFIS), flight management system (FMS), automatic flight control system, flight director, autopilot, flight envelope protection, yaw damper / stability augmentation system, automatic pitch trim, thrust computation, auto-thrust, warning and recording equipment, altitude alert system, ground proximity warning system (GPWS), traffic collision avoidance system (TCAS), overspeed warning, stall warning, flight data recorder, cockpit voice recorder, rotors and engine over/underspeed warning
20 Elektronski instrumenti: elektronski sistem letalskih instrumentov (EFIS), sistem za vodenje letala (FMS), sistem za avtomatsko vodenje leta, avtopilot, zašita pred preobremenitvijo letala, blailnik zanosa iz smeri, avtomatski trimer vzdolnega poloaja, izraun potiska (moi), avtomatsko uravnavanje potiska, splošna opozorila, sistem, ki opozarja na višino leta, sistem, ki opozarja na bliino tal (GPWS), sistem, ki opozarja na promet in prepreuje trenje (TCAS), opozorilo o prekoraitvi hitrosti, opozorilo o porušitvi vzgona, zapisovalnik podatkov o letu (FDR), zapisovalnik zvoka v pilotski kabini (CVR), opozorilo premajne in prevelike hitrosti rotorja in motorja
Powerplant and system monitoring instruments: presure gauge, temperature gauge, RPM indicator, consumption gauge, fuel gauge, torque meter, fligh hour meter, vibration monitorin, remote (signal) transmission systems, electronic displays, chip detection.
6 Instrumenti za nadzorovanje pogonskega in ostalih sistemo: merilec tlaka, merilec temperature, indikator števila vrtljajev na minuto (RPM), merilec porabe goriva, merilec koliine goriva, merilec vrtilnega momenta, merilec asa letenja, nadzorovanje vibracij, sistem daljinskega (signalnega) prenosa, elektronski prikaz, detekcija opilkov
pred.mag. Alenka Helena KUKOVEC 2. VSŠ-LE Lectures Exercises Seminar Predavanja Vaje Seminar 30 30 - 30 30 - Contents of lectures h/ure Vsebina predavanj
93 Aviation English I 93 Letalska anglešina I How is it possible to fly Examples of natural Lift Basic Aerodynamics Listening Comprehension Word Study Language Study
2 Zakaj lahko letimo Primeri naravnega vzgona Osnove aerodinamike Razumevanje govorjenih besedil Usvajanje strokovnega besedja Usvajanje jezika
Aircraft Types of Aircraft Aircraft Structure Aerofoil Terminology Listening Comprehension Word Study
2 Zrakoplovi Vrste zrakoplovov Zgradba letala Terminologija aerodinaminega profila Razumevanje govorjenih besedil Usvajanje strokovnega besedja
History of Aviation Edvard Rusjan Listening Comprehension Word Study Language Study
2 Zgodovina letalstvaEdvard Rusjan Razumevanje govorjenih besedil Usvajanje strokovnega besedja Usvajanje jezika
Aircraft Instruments Glass Cockpit Listening Comprehension Language Study
1 Letalski instrumenti Elektronska pilotska kabina Razumevanje govorjenih besedil Usvajanje jezika
Stability and Control Static and Dynamic stability Listening Comprehension Word Study Language Study
1 Stabilnost in kontrole Statina in dinamina stabilnost Razumevanje govorjenih besedil Usvajanje strokovnega besedja Usvajanje jezika
Light Aircraft Gliding Listening Comprehension Word Study Language Study
2 Lahko letalstvo Jadranje Razumevanje govorjenih besedil Usvajanje strokovnega besedja Usvajanje jezika
Helicopters Helicopter Controls Listening Comprehension Word Study Language Study
2 Helikopterji Komande helikopterja Razumevanje govorjenih besedil Usvajanje strokovnega besedja Usvajanje jezika
Aviation Weather Observing and Reporting the Weather Situation ICAO Table of Dimensional Units Sky Cover Designators Language Study
2 Vreme v letalstvu Opazovanje in poroanje trenutnega vremena ICAO preglednica merskih enot Oznaevalci oblane pokritosti neba Usvajanje jezika
Special Safety Concern Birds Strike, Wind Shear Aircraft Maintenance for Safe Flying Listening Comprehension Language Study
2 Posebna skrb za varnost Trk s pticami, strini veter Vzdrevanje letal za varno letenje Razumevanje govorjenih besedil Usvajanje jezika
Flight Phases of Flight Listening Comprehension Word Study Language Study
2 Polet Faze poleta Razumevanje govorjenih besedil Usvajanje strokovnega besedja Usvajanje jezika
Flight Plan Contents of a Flight Plan
2 Nart poleta Vsebina narta poleta
Aircraft Documents Listening Comprehension Language Study
Letalski dokumenti Razumevanje govorjenih besedil Usvajanje jezika
Air Traffic Control Organization of Air Traffic Control Route Clearance Listening Comprehension Word Study Language Study
2 Kontrola zranega prometa Organizacija kontrole zranega prometa Odletno dovoljenje Razumevanje govorjenih besedil Usvajanje strokovnega besedja Usvajanje jezika
Pilots Training Flight Simulator Listening Comprehension Language Study
2 Urjenje pilotov Simulator letenja Razumevanje govorjenih besedil Usvajanje jezika
Flight Safety Distress and Urgency Signals Air Traffic Incident report Writing a Report Listening Comprehension Language Study
2 Varnost letenja Klicni znaki nevarnosti prve in druge stopnje Poroilo o letalski nezgodi Pisanje poroila Razumevanje govorjenih besedil Usvajanje jezika
Communications The Radiotelephony Language System Communication Failure Listening Comprehension Word Study
2 Sporazumevanje Jezikovni sistem radijske telefonije Okvara radijske zveze Razumevanje govorjenih besedil Usvajanje strokovnega besedja Usvajanje jezika
Aerodrome Description of an Aerodrome Landing Systems Listening Comprehension Word Study Language Study
2 Letališe Opis letališa Pristajalni sistemi Razumevanje govorjenih besedil Usvajanje strokovnega besedja Usvajanje jezika
doc.dr. Tadej KOSEL 2. VSŠ-LE Lectures Exercises Seminar Predavanja Vaje Seminar 40 20 - 40 20 - Contents of lectures h/ure Vsebina predavanj
95 Aerodynamics 95 Aerodinamika Subsonic aerodynamics: History of aerodynamics, laws and definitions, basics about airflow, aerodynamic forces on surfaces, shape of an aerofoil, wing shape, two dimensional airflow about an aerofoil, streamline pattern, stagnation point, pressure distribution, center of pressure, lift and downwash, drag and wake, influence of angle of attack, flow separation of angles of attack, the lift-alpha graph, , lift coeficient, drag coeficient, three-dimensional airflow about an aeroplane, streamline pattern, induced drag, total drag, drag and speed profile, induced drag and speed, minimum drag, drag-speed graph, ground effect, effect on take-off and landing characteristics of an aircraft, relation between the lift coefficient and the speed for constant lift, stall, flow separation at increasing angle of attack, stall speed, initial stall in span-wise direction, stall warning, special phenomena of stall, Climax augmentation, trailing edge flaps, leading edge devices, vortex generators, spoilers, laminar/turbulent boundary layer, aerodynmics of a helicopter.
30 Podzvona aerodinamika: osnove, zakoni in definicije, osnove zranega toka, aerodinamine sile, oblike aeroprofilov, oblike kril, dvodimenzionalni zrani tok pri aerodinaminem profilu, tokovno polje, zastojna toka, porazdelitev tlaka, center potiska, vzgon in odlklon toka, vzgon in vrtinci, vpliv vpadnega kota, separacija toka pri velikih vpadnih kotih, graf vzgon-vpadni kot, koeficient vzgona, koeficient upora, tridimenzionalni tok okrog letala, tokovno polje, inducirani upor, skupni upor, zemeljski efekt, porušitev vzgona, hitrost porušitve vzgona, zaetek porušitve vzgona in širjenje po razpetini, opozorilo na porušitev vzgona, posebni pojavi pri porušitvi vzgona, naprave za poveanje vzgona – zakrilca in predkrilca, generatorji vrtincev, spojlerji, zrane zavore, mejni sloj, laminarni mejni sloj, turbolentni mejni sloj. Aerodinamika helikopterja.
Transonic aerodynamics: Mach number definition, speed of sound, temperature and altitude effects, compressibility, shock wave, lift change in transonic region, drag change in transonic region, critical Mach number, aerodynamic heating, normal oblique pressure flow, prevention of exceeding critical Mach number
2 Transonina aerodinamika: definicija Machovega števila, hitrost zvoka, vpliv temperature in višine, stisljivost, udarni val, kritino machovo število, aerodinamino segrevanje, normalni poševni tlani tok, nain za izogibanje uinka prekoraitve kritinega machovega števila.
Supersonic aerodynamics: Mach wave, strong shock wave, weak shock wave, normal shock wave, subsonic and supersonic regions around aerofoil, parameters change over shock wave, Mach conus, Mach trim, convergence number, compressibility of air, aerodynamic heating, supercritical aerofoil, supersonic flow through nozzles.
8 Nadzvona aerodinamika: Machovo obmoje, moni , slabotni in normalni udarni val, subsonina in supersonina obmoja okrog kril, spremembe parametrov z udarnim valom, Machov konus, konvergeno število, stisljivost zraka, aerodinamino segrevanje, superkritino krilo, nadzvoni tok skozi šobe.
prof.dr. Rastko GOLOUH 2. VSŠ-LE-PPL;PPH;OS Lectures Exercises Seminar Predavanja Vaje Seminar 40 - - 40 - - Contents of lectures h/ure Vsebina predavanj
94 Aviation Medicine 94 Letalska medicina Lectures contain chapters on physiology and psychology which are important for perfomance of human beings within the aviation system. The basic goal is to help the student to understand his or her working and living environments, relationship with equipment, procedures and the environment as well as his or her relationship with other people. Final goal is to optimize the performance of people by systemic application of the human sciences, often integrated with the framework of system engineering to reach maximum of safety and efficiency.
25 Predavanja obravnavajo poglavja o fiziologiji in psihologiji, katera so pomembna za delovanje loveka med letalskimi sistemi. Osnovni cilj je spoznati študenta z delovnim okoljem, spoznavnaje z opremo, razne postopke in sodelovanje z drugimi ljudmi. Konni cilj je optimirati sposobnosti pilotov s sistematino aplikacijo znanosti integrirano skupaj s sistemskih ineniringom za dosego maksimalne varnosti in uinkovitosti.
In the subcourse »Flight medicine« we study the circulatory system, oxygen and respiration, the nervous system, ear, hearing and balance, the eye and vision, flying and health together with sleep and fatigue, personal hygiene, pilot's problems, in