lc classification for materials science & engineering

Created by Teng Soek Leng for Material Science and Engineering on 12 August 2010. All Rights Reserved. NTU Library

LC Classification for Materials Science & Engineering

LC Class (main Call No.) Subject: Materials Science & Engineering

TA Engineering (General)

401 Periodicals, societies, collections and yearbooks.

401.3 Congresses

402 Dictionaries, encyclopedias.

402.3 Directories of materials scientists

403 Treaties 403.2 Popular works. Juvenile works.

403.4 Pocketbooks, tables and etc

403.6 General special (include transportation, quality control and etc)

403.8 Addresses, essays, lectures.

403.9 Materials Science as a profession

404 - 405 Study and teaching, research (general eng and testing labs), data processing (computer simulation), communication in materials Eng (include database), problems, specification and standards, specific characteristics of materials, strength of materials, mechanics of materials.

407 - 409 General specials (stress analysis), study and teaching, fracture, failure of materials, service life of materials, strengthening mechanism.

410 - 413 General works, laboratory manuals, testing machines, strain gages.

417.2 Nondestructive tests

417.23 Microscopy 417.25 Radiographic examinations

417.3 Magnetic analysis

417.35 Electric analysis

417.36 Electromagnetic testing (includes eddy current testing)

417.4 Ultrasonic testing

417.45 Holographic testing

417.5 Infrared examinations 417.55 Penetrant inspection

417.6 Deformation of materials under stress

417.7 A to Z Behaviour of materials under stress: compression, flexure, high gravity, high temperature, reduced gravity, shear, tension, torsion, specific properties and tests.

418.12 Plastic (Inelastic) properties and tests

418.15 Ductile and brittle states

418.18 Strain hardening

418.2 Viscous flow. Viscoelasticity.

418.22 Creep behaviour, yield strength, temp-dependent properties & tests

4.18.26 Heat resistant materials. Refractory materials.

4.18.28 Cold resistant materials



TA Engineering (General) 4.18.3 - 4.18.76 Dynamic properties: impact strength, fatigue behaviour,

mechanical wear, hardness properties & wear, thermal conductivity, thermal expansion, thermal stresses, radiation effects and tests, optical properties and tests, friction properties, corrosion of metals, corrosion-resistant materials, protective coatings.

TA Special Materials – Non metallic materials 430 Ceramic materials

455.E4 Elastomers

455.P5 – P55 Plastics (General work), Reinforced plastics.

455.P58 Polymers (Engineering Materials)

462 Corrosion and protection against corrosion

TA Special Materials – Metallic materials

464 - 473 Iron and steel 475 – 479.V3 Iron and steel alloys

479.3 Nonferrous metals

479.6 Ceramic metals

480.A - Z Special metals including their alloys

481 Metallic composites (General work)

481.5 Fiber strengthening composites

483 Alloys (General work) 484 Lightweight alloys

485 Heat resistant alloys

486 Corrosion resistant alloys

487 Shape memory alloys

491 Metal coatings

TN695 Powder metallurgy

Microelectronics (fabrications & materials) TK7874.58 Testing. Measurement. Quality control.

Z5838.M5 Microelectronics

TK7874 – 7874.9 Integrated circuit

TK7874.53 Interconnects

TK7874.9 Vacuum microelectronics

TK7874.75 Very large scale integrated circuits

TK7874.76 Ultra large scale integrated circuits TK7874.8 Molecular electronics

TA418.9 Thin film

QC176.82-176.9 Thin film (Solid state electronics)

Nanotechnology

TK7874.8 Nanotechnology

UG489.5 Military use of nanomaterials / nanocomposites

RS201.N35 Nanoparticles QC176.8.N35 Nanostructure



Nanotechnology TK7874.85 Nanowires

R857.N34 Nanotechnology

TA418.9.N35 Nanostructured materials

TN948.A7 Apatite: Non-metallic minerals

Z6033.A62 Apatite: Special topics

QE391.A6 Apatite: Description of special minerals

Semiconductors QC378 Materials for optical instruments: Thin film

QD139.S44 Technical analysis: Semiconductors

QD382.S4 Special Types: Polymer macromolecules

TK7871.852 Semiconductor failure (General)

TK7871.9 General Work

Semiconductors TK8300-8360 Optoelectronic devices (materials aspect)

TK7871.89.L53 Light-emitting diodes OLED (Organic materials)

TK7871.96.T45 Semiconductors Thin film

Z5838.S4 Semiconductors: Special Topics

Biomaterials and Biomedical materials

R857.C4 Bioceramics

R857.M3 Biomaterials R857.C4 Ceramics

R857.S42 Shape memory alloys

R857.C63 Cobalt-chromium-nickel alloys

R857.P53 Piezoelectric polymer biosensors

R857.P55 Plastics

R857.P6 Polymers

R857.P64 Polyurethanes R857.S5 Silicones

R857.T57 Titanium alloys

R857.T43 Thin Films

R857.M37 Metals

QD382.B47 Biomimetic polymers

Z6675.P585 Plastics in medicine

Polymers Chemistry/ Plastics / Polymer Processing TP1080 Periodicals, societies

TP1081 Polymers & polymer manufacture - Congresses

TP1087 - 1092 General works, popular works, handbooks, tables

TP 1107 - 1116 General work – Collected works, dictionaries, encyclopedias, plastics literature, directories, patents, history

TP1101 - 1103 Plastics - Periodicals, societies, yearbooks

TP1105 Plastics - Congresses, exhibitions, museum

TP1150 - 1175 Technical processes, example: Special molding & casting processes, welding, extrusion, metal coating, injection blow molding, reinforced plastics and etc.



Polymers Chemistry/ Plastics / Polymer Processing TP 1180 A-Z Special Polymers. Examples: ABS resins, biodegradable plastics,

cellophane, dendrimers, furans and etc.

TP1183.A-Z Special foams: foamed plastics, microcrystalline plastics, laminated plastics, reinforced plastics.

HD9650-9664 Special Industries & Trades. Chemicals. Plastics.

TP1185.A-Z Special products - Resins

TP156.P6 Additional Polymerization

Z695.1.P65 Polymers and polymerization

QD196 Inorganic polymers and polymerization QD281.P6 Special Processes: Polymerization.

TP156 Special Processes: Polymerization

QD281.P6 Polymerization (Chemistry)

QD380-388 Polymer Macromolecules, Rheology, Conducting polymer, X-link polymer, emulsion polymer, photo polymer, heat-resistant polymer, imprinted polymers and etc

Z5524.P7 Polymers. Macromolecules

QD381.9.E38 Macromolecules polymer (Electric properties)

Polymers Chemistry/ Plastics / Polymer Processing HD9662.E44-.E444 Electronic polymer

HD9662.W36-HD9662.W364

Water-soluble polymer

TH1074.5 Fire-resistant polymer TS1925 Elastomers. Synthetic rubber

TS1548.2-7 Synthetic Fibers

TA668 Structural Engineering (polymer)

Ceramics / Ceramics Processing

TK3441.C38 Special insulating materials

TP810 Chemistry of pottery

TP810.5 Ceramic Materials TP811 Clay to clay analysis

TP814 Technical processes: finishing, cutting, machining

Material computational methods

T57.64 Monte Carlo Method

QA298 Numerical Stimulation: Monte Carlo Method

Materials Aspect in Designing

TS171-171.6 Design (Structural)

TA643 Model Analysis. Stimulation models

TA647 Structural analysis (Engineering) - Computer programs

TA648.2 – 648.5 Static loading conditions: Stresses; Shear; bending moments; Strains and deflections

TA652 Limit analysis. Plastic analysis. Yield stress analysis.

TA653 Elastic analysis



Phase rule and equilibrium / Phase diagrams / Materials Kinetics TN671 Pocketbooks, tables and etc.

TN672 Heat treatment of metals

TN690 General Work: Alloys, Dislocation of metals, Isothermal transformation diagrams, Metallic films, Order-disorder in alloys, Stored energy of cold work (residual stress)

QD503 - 504 Chemical equilibrium. Phase rule and etc / Thermodynamics

QD502-502.5 Chemical kinetics and mechanisms

Composites TN693.M38 Metallic composites

QC611.98.C63 Superconductors composites

QC173.4.C63 Composites: Properties of matter (Physics)

TA418.9.C6 Composite materials (Include fibrous composites)

Electromagnets

TK454.4.E5 Electric apparatus and materials

TK454.4.M3 Magnetic materials TK454.4.M33 Magnetic shielding

QC761-761.3 Electromagnetism

QC793.3.S6 Spin. Moments. Magnetic dipole moment. Nuclear orientation

QC760.5 Electromagnetism: teaching & research

Material Analysis Techniques***

QD921-926 Crystal structure and growth QD 901 – 999 Crystallography

QD945 X-ray crystallography (Powder X-ray diffraction)

QD906.7.E37 Electron Spectroscopy (Scanning Electron Microscopy)

TX547.2.I53 Infrared spectroscopy

QC295 Calorimeters and calorimetry: Specific heat of solids and liquids (Differential Scanning Calorimeter)

QC482.S6 X-ray spectroscopy (X-ray diffraction)

QD96.U4 Ultraviolet spectroscopy

QR69.N83 Technique: Nuclear magnetic resonance spectroscopy

TP156.R45 Rheology: Special processes and applications (Melt Flow Index)

QC454.A2 Atomic Absorption Spectroscopy

TA418.9 A-Z Materials of special composition or structure TA418.9.A58 Amorphous substances

TA418.9.C57 Coatings

TA418.9.C6 Composite materials

TA418.9.C7 Crystalline solids

TA418.9.F5 Fibers

TA418.9.C6 -fibrous composites

TA418.9.F6 Foamed materials TA418.9.F85 Functionally gradient materials

TA418.9.I53 Inhomogeneous materials

TA418.9.L3 Laminated materials



TA418.9 A-Z Materials of special composition or structure TA418.9.L54 Liquid crystals

TA418.9.N35 Nanostructured materials

TA418.9.P6 Porous materials

TA418.9.R4 Reinforced materials

TA418.9.S62 Smart materials

Energetic Materials

QD516 Heat of formation, combustion, flame, explosion TP 267.5-310 Explosives/pyrotech

Chemistry and Physics

QC717.6 -718 Plasma Physics

QC750-766 Magnetism

QC146-197 Inorganic Chemistry

QD241-441 Organic Chemistry QD450-801 Physical / Theoretical Chemistry

lc classification for materials science & engineering

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