curriculum for mechanical engineering department · mechanical engineering dept. 6 2019/2020 5....

Ministry of Higher Education and Scientific Research

Curriculum for

Mechanical Engineering

Department College of Engineering

Wasit University

2019/2020 alwahip


University of Wasit

College of Engineering

Mechanical Engineering Dept.

2

2019/2020

1. Introduction

1.1 Mission

To prepare engineering students for successful careers.

1.2 Vision

To be a recognized mechanical engineering department that attracts, rewards, and retains

outstanding faculty, students, and staff.

1.3 Program Educational Objectives

The graduates of B.Sc. in Mechanical Engineering (ME) program will:

i. Engage in Mechanical Engineering profession in public and private sectors including, but not

limited to, relevant governmental sectors, consulting firms, contracting companies, marketing

and real estate investments.

ii. Engage in ongoing professional development activities by pursuing graduate studies and / or

other learning opportunities to respond to arising challenges.

iii. Advance in responsibility and leadership in their careers.

1.4 Program Outcomes (ABET)

a. An ability to apply knowledge of mathematics, science, and engineering.

b. An ability to design and conduct experiments, as well as to analyze and interpret data.

c. An ability to design a system, component, or process to meet desired needs within realistic

constraints such as economic, environmental, social, political, ethical, health and safety,

manufacturability, and sustainability.

d. An ability to function on multidisciplinary teams.

e. An ability to identify, formulate, and solve engineering problems.

f. An understanding of professional and ethical responsibility.

g. An ability to communicate effectively.

h. The broad education necessary to understand the impact of engineering solutions in a global,

economic, environmental, and societal context.

i. A recognition of the need for, and an ability to engage in life-long learning.

j. A knowledge of contemporary issues.


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k. An ability to use the techniques, skills, and modern engineering tools necessary for engineering

practice.

1.5 Mechanical Engineering Program: Mapping PO’S to PEO’S

Program Outcomes (PO’S)

Code

Program Educational objectives (PEO’S)

i ii iii

a Ѵ

b Ѵ

c Ѵ

d Ѵ Ѵ

e Ѵ

f Ѵ Ѵ Ѵ

g Ѵ

h Ѵ Ѵ

i Ѵ Ѵ

j Ѵ Ѵ Ѵ

k Ѵ Ѵ


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2. Course Description

Courses are coded as follows:

1. Course code and number

2. Course title

3. Parenthesized numerals, e.g., (4-3-1-3), indicate, in order, the credit hour, the classroom hours (1

hour = 1 credit hour), tutorial hours (credit hour = 0), and the laboratory hours (1 hour = 0.5 credit

hour and 2-3 hours = 1 credit hour).

Prerequisites, if any, are indicated at the course description. These have been established to

assure an adequate and uniform background for students in advanced classes. Occasionally,

students may feel they already have the appropriate background for an advanced course because of

previous training, transfer credits, or credit by examination.

Course Numbering System

Course code = ME

The number consists of 4 digits as following:-

1000- First year

2000- Second year

3000- Third year

4000- Fourth year level

100- University Requirements

200- College Requirements

300- Department Requirements

Numbers from 01, 02, and 03 ….etc. describes the consequence of the course in each requirement.


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3. Graduation Requirements/ weekly hours and units

Requirements Hrs./ week

Units Theo. Tut. Lab.

University

Requirements

11 11 2 12

24

College Requirements 11 4 10

16 25

Department

Requirements

106 38 48 130

192

Total 128 53 60

158 241

4. University Requirements: 12 Units

Course Code Course Title Hrs./ week


ME 1101 Fundamentals of Computer Science 1 - 2 2

ME 1102 Freedom and Human rights 1 1 - 1

ME 1103 General Fitness - 1 - -

ME 1104 Arabic Language 1 1 - 1

ME 1105 English Language (1) (1 year) 2 2 - 2




Total 11 11 2

12 24


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5. College Requirements: 16 Units



ME 1201 Mathematics (1) 3 1 - 3


ME 1203 Engineering Drawing and Descriptive

Geometry (1) 1 1 2 2

ME 1204 Engineering Drawing and Descriptive

Geometry (2) 1 1 2 2

ME 1205 Computer Programming (1) 1 - 2 2



Total 11 4 10

16 25


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6. Department Requirements: 130 Units



ME 1301 Statics (1) 3 1 1 3.5

ME 1302 Statics (2) 3 1 1 3.5

ME 1303 Manufacturing Process (1) 2 - - 2


ME 1305 Electrical Engineering (1) 2 - 1 2.5


ME 1307 Workshop Skills (1) - 2 2 1


Total for 1st year 14 6 8 18



ME 2311 Dynamics (1) 2 1 - 2

ME 2312 Dynamics (2) 2 1 - 2

ME 2313 Mechanical Drawing (1) 1 - 2 2


ME 2315 Strength of Materials (1) 2 1 1 2.5


ME 2317 Thermodynamics (1) 2 1 1 2.5


ME 2319 Fluid Mechanics (1) 2 1 1 2.5


ME 2321 Engineering Metallurgy (1) 2 - 1 2.5


Total for 2nd

year 28 10 12 34

ME 3323 Design of Machine Elements (1) 2 1 - 2


ME 3325 Theory of Machines (1) 2 1 1 2.5


ME 3327 Internal Combustion Engines (1) 2 1 1 2.5


ME 3329 Heat Transfer (1) 2 1 1 2.5


ME 3331 Gas Dynamics 2 1 1 2.5

ME 3332 Turbo machinery 2 1 1 2.5

ME 3333 Engineering Analysis 2 1 - 2

ME 3334 Numerical Analysis 2 1 2 3

ME 3335 Manufacturing Processes (3) 2 - - 2


ME 3337 Computer Aided Engineering (1) 1 - 2 2


ME 3339 Electrical Machines 2 - - 2


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Total for 3rd

year 32 12 14 39 ME 4340 Design of Machine Systems (1) 2 1 - 2

ME 4341 Design of Machine Systems (2) 2 1 2 3

ME 4342 Mechanical Vibrations (1) 2 1 1 2.5


ME 4344 Power Plants (1) 2 1 1 2.5

ME 4345 Power Plants (2) 2 1 1 2.5

ME 4346 Air Conditioning & Refrigeration (1) 2 1 1 2.5


ME 4348 Control and Measurements (1) 2 1 1 2.5


ME 4350 Engineering Materials (1) 2 - - 2


ME 4352 Industrial Engineering (1) 2 - - 2


ME 4354 Renewable Energy 2 - - 2

ME 4355 Engineering Project (1 year) 2 - 4 4

Total for 4th

year 32 10 14 39

Total 106 38 48

130 192

Summer Training

The Mechanical Engineering curriculum requires students to complete two months of

summer training at private industries or governmental firms. This training is a compulsory

component of graduation requirements. It is supervised by the Summer Training Committee of the

department.


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First Year

First Semester

Subject Hrs./week



ME 1301 Statics (1) 3 1 1 3.5

ME 1203 Engineering Drawing and Descriptive Geometry (1) 1 1 2 2




ME 1101 Fundaments of Computer Science 1 - 2 2

ME 1102 Freedom and Human rights 1 1 - 1

ME 1103 General Fitness - 1 -

ME 1105 English Language (1) 1 1 - 1

Total 14 8 8

18 03

Second Semester

Subject Hrs./week



ME 1302 Statics (2) 3 1 1 3.5

ME 1204 Engineering Drawing and Descriptive Geometry (2) 1 1 2 2





ME 1104 Arabic Language 1 1 - 1


Total 14 7 8

18 92


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Second Year

First Semester

Subject Hrs./week



ME 2311 Dynamics (1) 2 1 - 2








Total 16 6 8

20 30

Second Semester

Subject Hrs./week



ME 2312 Dynamics (2) 2 1 - 2








Total 16 6 8

20 30


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Third Year

First Semester

Subject Hrs./week






ME 3331 Gas Dynamics 2 1 1 2.5

ME 3333 Engineering Analysis 2 1 - 2



ME 3339 Electrical Machines 2 - - 2


Total 18 7 6

21 31

Second Semester

Subject Hrs./week






ME 3332 Turbo machinery 2 1 1 2.5

ME 3334 Numerical Analysis 2 1 2 3




Total 16 7 8

20 31


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Fourth Year

First semester

Subject Hrs. /week


ME 4340 Design of Machine Systems (1) 2 1 - 2


ME 4344 Power Plants (1) 2 1 1 2.5





ME 4354 Renewable Energy 2 - - 2

ME 4355 Engineering Project 1 - 2 2


Total 18 6 6

21 30

Second Semester

Subject Hrs. /week


ME 4341 Design of Machine Systems (2) 2 1 2 3


ME 4345 Power Plants (2) 2 1 1 2.5





ME 4355 Engineering Project 1 - 2 2


16 6 8

20 30

Total Units: 158


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First Year

Course Number: ME 1201

Course Name: Mathematics (1)

Course content:

Simple Function And Their Graphs, Simple Function And Their Graphs, Limits & Continuity,

Trigonometric Functions , Conical Sections , Differentiation , Derivative Applications, Derivative

Applications, Integration, Definite Integral Application, Definite Integral Application,

Transcendental Functions, Transcendental Functions, Hyperbolic Functions.


Course Name: Statics (1)

Course content:

Introduction And Fundamental Concepts, Newton's Laws And SI Unit, Force Vectors Analysis In

2D, Force Vectors Analysis In 2D Examples And Application, Moments Of A Force In 2D,

Moments Of A Force In 2D, Examples And Application, Couple In 2D, Resultant Of Coplanar

Forces In 2D, Resultant Of Coplanar Forces In 2D Examples And Application, Force Vectors

Analysis In 3D, Moments Of A Force In 3D, Moments Of A Force In 2D Examples And

Application, Couple In 3D, Couple In 3D Examples And Application, Resultant Of Coplanar

Forces In 3D.


Course Name: Engineering Drawing and Descriptive Geometry (1)

Course content:

Engineering Drawing: Introduction, Graphic Instruments And Their Use, Lettering Graphic

Geometry, Multi View Orthographic Projection In First And Third Angle Projection, Dimension,

Third View.

Descriptive Geometry: Introduction to Descriptive Geometry, Projection Types, Point

Representation, Straight Line Representation, Couple of Straight Lines Representation, Finding the

True Length of the Straight Line.


Course Name: Manufacturing Process (1)

Course content:

Engineering Material, Iron Ores And Iron Production, The Furnaces Used For Steel Production,

Production Of Cast Iron And Ores Concentration, Production Of Aluminum And Lead, Production

Of Copper And Copper Alloys, Mechanical And Physical Properties Of Metals And Tests, Sand

Casting, Other Casting Methods, Measurement And Selection Rulers.


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Course Name: Fundaments of Computer Science

Course content: Computer definition: (Computer generation, computer components, numerical systems, algorithms

and charts), File, definition, types and names, operating system (MS-DOS): Explain internal and

external commands, Introduction to WINDOWS, Desktop, using the mouse, My Computer, closing

any open window, temporary closing, Microsoft office (Word, Excel and Power point), Computer

oriented procedures, Flow charts, Introduction to programming language.


Course Name: Electrical Engineering (1)

Course content: Resistance, Connection of Resistance, Electrical Laws, D.C. Network Theorems, A.C.

Fundamental, Representation AC.


Course Name: Freedom and Human rights

Course content:

Fundamental of freedom ,Intellectual freedom and cultural , Freedom of politics, Economic

and Social freedom , The future of public freedoms, Universal Declaration of Human Rights

and Freedoms , Freedom in Islam , A brief explanation of the types of democracy,

Democracy and the entrance to it, Applications of democracy, Administrative and financial

corruption , Democracy in Islam.


Course Name: General Fitness

Course content:

University Requirements


Course Name: Arabic Language

Course content:

University Requirements


Course Name: Workshop Skills (1)

Course content:

Forging Workshop, Fitting Workshop, Sheet Metal Workshop.


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Course content:

Hyperbolic Functions and Inverse Hyperbolic Functions, Methods of Integrations, Matrices,

Complex Numbers.


Course Name: Statics (2)

Course content:

Equilibrium in 2.D, Equilibrium in 3.D, Plane Trusses, Method of Joints, Method of Section, Space

Trusses, Friction. Nature of Friction and Theory of Friction, Type of Frictions, Application of

Friction, Centroids and Center Of Gravity, Moment Of Inertia.


Course Name: Engineering Drawing and Descriptive Geometry (2)

Course content:

Engineering Drawing: Isometric Drawing & Sketching, Oblique Drawing, Cutting, Section Of

Isometric Drawing, Sectional Views.

Descriptive Geometry: Plane Representation, Plane Rotation, Auxiliary Planes, Cases Of

Parallelism And Intersection And Orthogonally, Sections Of Geometrical Shapes, Intersection Of

Geometrical Shapes And Their Deployment, Engineering Drawing By Computer.


Course Name: Manufacturing Process (2)

Course content: Hand Tools, Metal Working, Such As Turning, Drilling, Milling And Grinding, Hot Working, Cold

Working, Forming By Dragging And Extrusion, Formation By Rotating, Formation By Hot

Pressing, Properties And Production Of Plastics, Methods Of Manufacture Of Plastics, Metals

Welding Methods, Gas Welding, Electrical Resistance Welding, Cold Welding, Industrial Safety

And Material Transfer, The Use Of Machinery And Equipment And The Workplace.


Course Name: Electrical Engineering (2)

Course content:

Application of Network Theorems in A.C., Power Frequencies, Three Phase A.C. Calculations,

Magnetic Circuits, Transformers Single Phase, Three Phase Transformers.


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Course Name: Computer Programming (1)

Course content: Introduction To BASIC, Structure Of The Programs, Writing Simple Program Using BASIC,

Writing Advanced Program Using BASIC, Writing One And Two Dimensional Matrix In BASCI,

Functions In BASIC, Subroutines In BASIC, Study Different Applications In Mechanical

Engineering Starting From Writing The Problem To Writing The Program.


Course Name: English Language (1)

Course content: University Requirements


Course Name: Workshop Skills (2)

Course content:

Foundry Workshop, Electricity Workshop, Turning Workshop, Milling Workshop, Carpentry Work

Shop.

Second Year



Course content:

Function Of Several Variable ( Graph Or Drawing Of Several Variables Functions, First Order

Equations, Second Order Equations, Limit And Continuity), Partial Derivatives (First Order

Partial Derivative With Constrained Variables, Second Order Partial Derivatives, Euler’s Theorem,

Linearization, Error In The Standard Linear Approximation, Total Differential), Chain Rule,

Extreme Values ( Extreme Values And Saddle Points, Absolute Maximum And Minimum On

Closed Bonded Region, The Local Maximum And Minimum With Constraints) , Double

Integrals, Tribal Integral.


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Course Name: Dynamics (1)

Course content:

Introduction To Dynamics, Kinematics Of Particles ( History And Modern Applications, Basic

Concepts , Newton's Laws, Units, Gravitation, Dimensions, Solving Problems In Dynamics) ,

Kinetics Of Particles (Introduction, Rectilinear Motion, Plane Curvilinear Motion, Rectangular

Coordinates (X-Y), Normal And Tangential Coordinates (N-T), Polar Coordinates (R- θ), Relative

Motion (Translating Axes), Constrained Motion Of Connected Particles) , Kinetics Of Particles

(Introduction, Newton's Second Law, Equation Of Motion And Solution Of Problems, Rectilinear

Motion, Curvilinear Motion, Work And Kinetic Energy, Potential Energy, Introduction, Linear

Impulse And Linear Momentum, Angular Impulse And Angular, Momentum, Relative Motion).


Course Name: Mechanical Drawing (1)

Course content:

Fastening Means (Screw Threads, Screw Fastenings, Rivets, Keys, Cotter-Joints, Pin- Joints,

springs), Welding (Welding and Its Use in Assembly). Tolerances And Fittings (Define ISO

System, Tolerances, And Fittings). Machining and Surface Texture Symbols (Machining

Symbols, Surface Roughness Symbols and Applications), Gears (Gears and Their Types,

Cylindrical Gears, Bevel Gears, Worm and Worm Wheel, Cams, Belt and Chains), Assembly

(Mechanical Assembly, Mechanical Dis-Assembly, Auxiliary Views, Sections).


Course Name: Strength of Materials (1)

Course content: Simple Stress And Strain, Thin-Walled Cylinders, Torsion, springs, Shear and Bending Moment in

Beams.


Course Name: Thermodynamics (1)

Course content: Introduction To Thermodynamics , Basic Concept Definitions, Properties Of System, Thermal

Equilibrium, Temperature, Energy, Kinetic Theory Of Gases, Heat, Work, The First Law Of

Thermodynamics, Adiabatic Process, Polytrophic Process, Open Systems, The Working Fluid,

Ideal (Perfect ) Gas.


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Course Name: Fluid Mechanics (1)

Course content:

General Introduction To Fluid Mechanics And Its Properties, Fluid Static And Pressure

Application, Forces On Immersed Bodies And Surfaces, Accelerated Fluid And Relative Motion,

Equilibrium Of Floating Bodies, Introduction To Fluid Motion & Continuity Equation.


Course Name: Engineering Metallurgy (1)

Course content: Structure of Metals, Slip surfaces, defects in crystal, Mechanical and Physical Properties,

annealing, Plastic Deformation of Metal, Cold and hot working, forming process, stress-strain

curve for different materials, True stress and strain with engineering stress and strain, Griffith's

Theory for Fracture, Welding, Formation of Alloys and Thermal Equilibrium Diagrams,

Isomorphouse system, Applications of lever rule, Cooling curve, Plain Carbon Steel, Heat

Treatment of Plain Carbon Steels.



Course content:

Introduction To Visual Basic And History, Structure Of A Visual Basic Application, Elements Of

Integrated Development Environmental (Ide), Toolbox Controls, Properties Window, Sub

Procedures And Events, Steps In Developing Application, Data Types (Constant And Variable),

Declaration Of A Variable And Scoping Variables, Constants And Assignment Statement,

Outputting Variable, Visual Basic Operators.






Course content:

Ordinary Differential Equation (First Order Differential Equations, Separable, Homogenous,

Exact, Linear, Special M Bernoulli Equation , Riccati Equation, Clairant Equation., Second Order

Differential Equation), Vectors (Vector In Plan, Vector In Space, Vector Product, Cross Product,

Triple Product, Distance In Space, Line In The Plan, The Distance From Point To A Line, Tangent

Plane And Normal Line, Equation For Plane), Vector Function And Motion (The Derivative Of

A Vector Function, Derivative Of Dot Products And Cross Products, Derivatives Of Vectors

Constant Length, Integral Of Vector Function, Direct Distance And The Unit Tangent Vector,

Curvature, Unit Normal Vector), Infinite Sequences And Infinite Series (Converge And Diverge,


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Limit, Hospital’s Rule, Geometric Series, A nongeometric But Telescoping Series, The Nth Term

Test For Divergence, Harmonic Series, Integrate Test, Compression Test, Raito Test, Root Test,

Alternating Series, Absolute Convergence) , Power Series (Term – By – Term Differentiation,

Term – By – Term Integration, Taylor And Maclaurin Series, Taylor Polynomial Of Order N)


Course Name: Dynamics (2)

Course content:

Kinetics Of Systems Of Particles (Introduction, Generalized Newton's Second Law, Work -

Energy, Impulse - Momentum, Conservation Of Energy And Momentum), Plane Kinematics Of

Rigid Bodies (Introduction, Rotation, Absolute Motion, Relative Velocity, Instantaneous Center Of

Zero Velocity, Relative Acceleration) , Plane Kinetics Of Rigid Bodies (Introduction, General

Equations Of Motion, Translation, Fixed-Axis Rotation, General Plane Motion, Work - Energy

Relations, Impulse - Momentum Equations), Introduction To Three-Dimensional (Dynamics Of

Rigid Bodies, Introduction , Translation, Fixed –Axis Rotation, Parallel-Plane Motion, Rotation

About A Fixed Point, General Motion).


Course Name: Mechanical Drawing (2)

Course content: Sketch (Program Interface, Sketch Entities, Sketch Tools, 3D Sketch, Dimensions, Relations,

Applications, Isometric Parts (Reference Geometries, Extrude, Revolve, Applications), Isometric

Parts (Sweep, Loft, Applications), Curves (Composite Curves, Projected Curves, Helix, Edit

Features: Fillet, Chamfer, Shell, Dome, Rib, Applications), Assembly ( Standard Mates,

Applications, Mechanical Mates, Applications), Drawing Project (Projects, Sections,

Applications).


Course Name: Strength of Materials (2)

Course content: Stresses in Beams, Deflection of Beams, Combined Stresses, Strain Energy, Columns, Mohr's

circle.


Course Name: Thermodynamics (2)

Course content: Flow Rate, Application Of Steady Flow Energy Equations, Nozzle And Throttling, Heat

Exchanger, The Second Law Of Thermodynamics, Ideal Carnot Cycle, Entropy, Entropy In

Process, Air Standard Cycle, Steam Plant, Gas Mixture.


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Course Name: Fluid Mechanics (2)

Course content: Equations Of Motions And Their Applications, Dimensional Analysis And Similarity, Motion Of

Viscous Fluids In Conduits And Definition Of Boundary Layer, Friction Losses In Pipes,

Measurements Of Fluid Flow, Analysis Of Piping System, Introduction To Lubrication.


Course Name: Engineering Metallurgy (2)

Course content: Alloy Steel, AL and Cu alloys, Cast Iron, Non – Ferrous Metals and Alloys, Polymers, Corrosion,

Eutectic Systems, Fe-C equilibrium phase diagram, Heat Treatments, Hardenability of Steel,

Austenitic Transformation, T-T-T Diagram, Composite Materials.



Course content:

Visual Basic Functions, Converting Data Types, Input Box Function. Message Boxes (Msgbox

Function), Control Structures (If – Then –Else), Control Structure (Select Case), Option Button

Controls, Check Box Control, Loops (Repetition) Structures (For....Next Loop), Do While….Loop

And Do…Loop While, Using Listbox And Combobox Controls In Visual Basic, Static One

Dimension Array, Static Two Dimensional Arrays, Dynamic Array, Graphics In Visual Basic, Sub

Procedure And Function.

Third Year


Course Name: Design of Machine Elements (1)

Course content:

Introduction Of Machine Design: Definition, Classifications Of Machine Design, General

Considerations In Machine Design, General Procedure In Machine Design, Principal Stresses And

Principal Planes, Application Of Principal Stresses., Theories Of Failure Under Static Load:

Maximum Principal Or Normal Stress Theory (Rankine’s Theory), Maximum Shear Stress Theory

(Guest’s Or Tresca’s Theory), Maximum Principal Strain, Theory (Saint Venant’s Theory),

Maximum Strain Energy Theory (Haigh’s Theory), Maximum Distortion Energy Theory (Hencky

And Von Mises Theory), Variable Stress In Machine Parts :, Fatigue And Endurance Limit, Effect

Of Loading On Endurance Limit—Load Factor, Effect Of Surface Finish On Endurance Limit—

Surface Finish Factor, Effect Of Size On Endurance Limit—Size Factor, Relation Between

Endurance Limit And Ultimate Tensile Strength, Factor Of Safety For Fatigue Loading., Stress

Concentration: Theoretical Or Form Stress Concentration Factor, Factors To Be Considered While

Designing Machine Parts To Avoid Fatigue Failure, Design Of Shafts :, Stresses In Shafts,

Maximum Permissible Working Stresses For Transmission Shafts, Shafts Subjected To Twisting


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Moment Only, Shafts Subjected To Bending Moment Only, Shafts Subjected To Combined

Twisting Moment And Bending Moment, Shafts Subjected To Fluctuating Loads, Shafts Subjected

To Axial Load In Addition To Combined Torsion And Bending Loads, Design Of Shafts On The

Basis Of Rigidity., Design Of Keys : Types Of Keys, Forces Acting On A Sunk Key, Strength Of

A Sunk Key, Effect Of Keyways.


Course Name: Theory of Machines (1)

Course content: Velocities In Mechanisms, Accelerations In Mechanisms, Coriolis Component Of Acceleration,

Inertia Forces In Reciprocating Parts, Balancing Of Rotating Masses, Balancing Of Reciprocating

Masses, Flywheels, Governors.


Course Name: Internal Combustion Engines (1)

Course Content: Basic Engine Types and Their Operation (Introduction to Reciprocating Engine. Familiarization

Basic Engine Nomenclature. Engine Classification by Cylinder Arrangement. Spark Ignition

Engine (4 – Stroke And 2 – Stroke Cycle). Compression Ignition Engine (4 – Stroke and 2 – Stroke

Cycle). Fundamental Differences between SI and CI Engines. Energy Flow through a

Reciprocating Engine. Rotary Engines. The Continuous – Combustion Gas Turbine. The Wankel

engine), Engine Power and Performance (Basic Power Measurements. Indicated Mean Effective

Pressure, Indicated Power. Brake Power. Friction Power. Mean Effective Power. Specific Fuel

Consumption), Thermodynamics of I.C. Engine (The Air – Cycle Approximation: Importance of

Thermal Efficiency. Theoretical Cycles. Air – Cycle Approximations. Air – Cycle Calculations. Air

– Cycle Efficiency. Effect of Engine Variables. The Fuel – Air Cycle Approximation: Use of the

Fuel – Air Cycle. Scope of the Fuel – Air Cycle. Effect of Engine Variables. The Actual Engine

Cycle: Time Required For Combustion. Effect of Engine Variable on Flame Speed. Other Actual –

Cycle Losses. Power and Efficiency of the Actual Cycle), Supercharged Engines and Their

Performance, Wankel engine.


Course Name: Heat Transfer (1)

Course content: Introduction (Method Of Heat Transfer ,Thermal Conductivity), Steady State Conduction (The

Plane Wall , Radial Systems , Overall Heat Transfer Coefficient , Critical Thickness Of Insulation ,

Heat Source Systems , Extended Surface , Thermal Contact Resistance), Unsteady State

Conduction (Introduction , Lumped Heat-Capacity System ,Transient Heat Flow In Semi-Infinite

Solid ,Convection Boundary Conditions) , Introduction To Radiation (Physical Mechanism ,

Radiation Properties , Radiation Shape Factor , Heat Exchange Between Non-Black Bodies ,


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Infinite Parallel Surfaces , Radiation Shields , Solar Radiation , Effect Of Radiation On

Temperature , Measurement).


Course Name: Gas Dynamics

Course content: Basics Of Compressible Flow, Isentropic Flow, Normal And Oblique Shocks, Flow Through Ducts,

Jet Propulsion.


Course Name: Engineering Analysis

Course Content: Complex Variables and Functions, Solution of Secondary and high order Differential Equations,

Fourier series and Integral, Laplace Transform, Inverse Laplace Transformation, Solution of

Differential Equations Using Laplace Transformation, Solution of Ordinary Differential Equations,

Solution of Partial Differential Equations, Using L.T. for solving Practical Problems, Probability

and Statistics.


Course Name: Manufacturing Processes (3)

Course content: Advanced Welding, Electrical Resistant Weld, Atomic-Hydrogen Weld, Inert Gas Weld, Electrical

Beam Weld, Explosive Weld, Metal Cutting /Cutting Tool, Cutting Time/Chip Formation , Cutting

Cooling /Cutting Speed, Turning/Grinding/Milling/Shaping, Metal Working /Hot And Cold

Working, Rolling, Forging / Extrusion, Drawing, (Casting: Lost Foam Casting ,Shell Mold Casting,

Investment Casting, Metal Mould, Dies, Die Casting, Slurry Casting, Continues Casting).


Course Name: Computer Aided Engineering (1)

Course content: Introduction To CAE, Hydrodynamic Flat Plate Boundary Layer, Cloning The Project, Flow Past

Sphere, Analysis Of Dependent Time External Flow , Analysis The Flow Around Selig/Donovan

Airfoil, Rayleigh-Benard Convection, Taylor-Couette Flow, Lmainar Internal Flow, Turbulent

Internal Flow, Forced Convection For External Flow, Heat Exchanger, Determination Of Hydraulic

Resistance, Thermal Boundary Layer.


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Course content: Writing An Essay, General Structure Of An Essay, Examples For Good And Poor Essays, Useful

Skills For Doing A Research.


Course Name: Design of Machine Elements (2)

Course content: Design Of Shaft Couplings: Requirements Of A Good Shaft Coupling, Types Of Shaft Couplings,

Design Of Flange Coupling., Design Of Riveted Joints, Design Of Longitudinal Butt Joint &

Design Of Circumferential Lap Joint For A Boiler, Riveted Joint For Structural Use–Joints Of

Uniform Strength (Lozenge Joint), Eccentric Loaded Riveted Joint., Design Of Screwed Joints :

Stresses In Screwed Fastening Due To Static Loading, Design Of Cylinder Covers, Boiler Stays,

Bolted Joints Under Eccentric Loading., Design Of Welded Joints : Stresses For Welded Joints,

Stress Concentration Factor For Welded Joints, Axially Loaded Unsymmetrical Welded Sections,

Eccentrically Loaded Welded Joints, Design Of Pressure Vessels: Stresses In A Thin Cylindrical

Shell Due To An Internal Pressure, Thin Spherical Shells Subjected To An Internal Pressure,

Thick Cylindrical Shell Subjected To An Internal Pressure, Cylinder Heads And Cover Plates.,

Design Of Springs, Stresses In Helical Springs Of Circular Wire, , Eccentric Loading Of Springs.

Stress And Deflection In Helical Springs Of Noncircular Wire, Helical Springs Subjected To

Fatigue Loading, Concentric Or Composite Springs. Flat Spiral Springs, Leaf Springs Leaves.


Course Name: Theory of Machines (2)

Course content: Gears And Gear Trains, Epicyclic Gear Trains, Friction Clutches, Belt Drives, Cams and

Followers, Gyroscope.


Course Name: Internal Combustion Engines (2)

Course content: Fuels of I.C. Engines and Combustion Calculations (Heating Value of Fuels. Ratings of SI

Engine Fuels. Important Qualities of SI Engine Fuels. Qualities and Ratings CI Engine Fuels.

Combustion Calculations), Carbureting and Carburetors (Main Metering System. The Simple

Carburetor. Variables Metering Carburetor Performance. Mixture Control, Carburetor Types. The

Injection Carburetor), Spark Ignition , Combustion In S.I. Engines, The Compression Ignition

Engine And Fuel Injection, Combustion In The CI Engine, Cooling Of IC Engine,

Lubrication Of IC Engines, Engine Design.


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Course Name: Heat Transfer (2)

Course content: Introduction To Convection (Velocity Boundary Layer ,Thermal Boundary Layer ,Non

Dimensional Groups Numbers Analysis), Introduction To External Flow (Steady State Forced

Convection ,Friction Factors ,Empirical Relation For External Flow ,Flow Across Cylinder And

Sphere , Flow Across Banks Of Tubes), Introduction To Internal Flow (Average Temperature ,

Laminar And Turbulent Flow In Tubes ,Hydrodynamic And Thermal Entrance Region , Empirical

Relation For Pipe And Tube Flow), Introduction To Natural-Convection (Free Convection From

Vertical Plate ,Free Convection From Inclined Plate , Free Convection From Horizontal Plate , Free

Convection From Horizontal Cylinder And Sphere), Introduction To Heat Exchangers (Types Of

Heat Exchangers, Fouling Factor, Analysis Of Heat Exchangers ,Counter Heat Exchanger, The Log

Mean Temperature Difference ,The Effectiveness – Ntu Method).


Course Name: Turbomachinary

Course content: Introduction to Turbomachinery, Pumps and Fans, Water Turbines, Compressor, Gas Turbine.


Course Name: Numerical Analysis

Course content: Solution Of Linear Algebraic Equations, Solution Of Simultaneous Linear Equations, Solution of

nonlinear Equations, Matrices, Finite Differences And Interpolation, Numerical Differentiation

And Integration, Numerical Interpolation, Curve Fitting , Numerical Solution Of Ordinary

Differential Equations, Numerical Solution Of Partial Equations , Introduction To Finite Elements

Method.


Course Name: Computer Aided Engineering (2)

Course content: Introduction To Finite Element Analysis, 2D Truss Element, 2D Truss Element Weldment Profiles,

3D Truss Element Weldment Profiles, Basic Beam, Beam Analysis Tools, Statically In

Determinate Structures, 2d Surface Analysis, H-Element Versus Pelement , Mesh Control, 3d Solid

Element, 3d Shell Element, Dynamic Model, Analysis Project.


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Course Name: Manufacturing Processes (4)

Course content: Computer Aided Manufacturing (Numerical Control (NC), Computerized Numerical Control

(CNC), Programming CNC Machines), Non-Traditional Machining (Ultrasonic Machining,

Water-Jet Machining, Abrasive Jet-Machining Magnetic Abrasive Finishing, Chemical Machining,

Electrochemical- Machining, Electrical Discharge Machining, Laser Beam- Machining, Electron

Beam- Machining, Plasma Beam –Machining), Physical Vapor Deposition, Chemical Vapor

Deposition Electrophoretic Deposition, 3D-Printing, Powder Technology.


Course Name: Electrical Machines

Course content: Electromagnetic, DC MACHINES, Machine Windings; E.M.F And M.M.F Developed, Type Of

DC Generators, Methods Of Excitation, Separately Excited Generators, The Open Circuit

Characteristics, The External Characteristics, Self-Excited Generators, Series Excited Generator,

Shunt Excited Generators, Direct- Current Commutator Machines, Transformers.




Fourth Year


Course Name: Design of Machine systems (1)

Course content: Power Screws, Flat Belt Drives, V-Belts and Pulleys, Rope Drives, Chain Drive, Brakes, Clutches.


Course Name: Mechanical Vibrations (1)

Course content: Basic Concepts Of Vibration, Introduction To Oscillatory Motion, Free Vibration Of An

Undamped Single Degree Of Freedom System, Energy Method (Rayleigh Principle ) , Free

Vibration Of A Viscously Damped Single Degree Of Freedom System, Equivalent Springs And

Dampers, Decay Rate ( Logarithmic Decrement ), Forced Vibration Of A Single Degree Of

Freedom System, Rotating Unbalance, Whirling Of A Rotating Shaft, Base Excitation ( Support

Motion ), Vibration Isolation, Vibration Of Measuring Instruments.


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Course Name: Power Plants (1)

Course content: (Introduction : Power Plant , Sources Of Energy, Thermal Power Plants), (Load Curve, Ideal And

Realized Load Curves, Load Variation, Demand Factor), (Steam Generator (Boiler), Classification,

Steam Formation And Thermal Efficiency Improvement Methods), (Steam Generator, Boiler

Heating Surface, Types Of Boilers, Various Advantages Of Water Tube Boilers, Fire Tube Boilers)

, (Various Advantages Of Fire Tube Boilers , Boiler Accessories, Boiler Auxiliaries, Boiler

Calculation, Boiler Heat Balance, Feed Water, Water Impurities, Requirements Of A Good Boiler),

(Steam Turbine, Principles Of Operation, Types Of Steam Turbine, Impulse Type, Types Of

Impulse Turbine, Velocity Diagram),( Steam Nozzles, Variation Of Specific Volume, Area And

Velocity, Effect Of Friction, Nozzle Efficiency), (The Reaction Turbine, Velocity Diagram For

Reaction Turbine Stage), (Steam Condensers, Surface Condensers Advantages And Disadvantages

Of A Surface Condenser, Requirements Of A Modern Condenser, Jet Condensers, Types Of Jet

Condensers), (Cooling Towers, Classification Of Cooling Towers, Classification On The Basis Of

Air Flow Generation Methods), (Steam Power Plant, Vapour Cycle, Reversible And Irreversible

Processes, The Rankine Cycle, Energy Analysis Of The Ideal Rankine Cycle), (Superheating The

Steam To High Temperatures, Reheat Cycle, Rankine Cycle With Regeneration, Types Of F.W.H,

Open Or Direct Contact F.W.H.) (Closed With Drains Cascaded Backward, Closed With Drain

Pumps Forward).


Course Name: Air Conditioning & Refrigeration (1)

Course content: Properties of Air and Water, Ideal vapor compression cycle, Actual V.C.S, Vapor pressure and

perfect gas, Cooling Towers, Absorption System, Compressor Work and Efficiency, Refrigeration

Equipment, Psychometric chart. Mixing process, Cooling, Heating, Humidification, Cooling Load

Calculations, Calculation of the Heating Load, Design of Air Distribution Systems.


Course Name: Control and measurements (1)

Course content: Introduction and definitions: Open-loop and closed loop control systems, elements of a general

control system.

Mathematical Modeling of Physical System: Mechanical systems, thermal systems, fluid system,

hydraulic systems, and pneumatic systems.

Transfer Functions and Systems Response: Laplace transform, transfer function, block diagram

algebra, impulse, step and ramp functions, response of first order systems, response of second order

systems, specifications of the response, and types of control.


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Course Name: Engineering Materials (1)

Course content: Atomic Structure, Atomic Bonding, Arrangement of Atoms in Solid and Crystal Structures,

Crystallographic Points, Plans and Directions, Equilibrium Diagrams. Part 1, Equilibrium

Diagrams. Part 2, Equilibrium Diagrams. Part 3, Metals: Ferrous Metals: Carbon Steel, Metals

Ferrous Metals: Alloy Steel, Metals: Ferrous Metals: Cast Iron, Metals Non-Ferrous Metals:

Copper, Metals: Non-Ferrous Metals: Aluminum, Metals Non-Ferrous Metals: Magnesium And

Titanium, Ceramics: Structure And Properties, Ceramics: Applications And Processing.


Course Name: Industrial Engineering (1)

Course content:

Introduction (Industrial Engineering Fundamentals, Activities, Areas of Concentration, types of

productivity), productions cost control, Planning, Control, Total cost, Improvement of productivity,

Automation, Plant Location and Types of layout, Theories of Locations and effects factors,

machine layout, Break-even analysis, Methods for lowering break even points, contribution,

depreciation and its calculation, forecasting, Analysis of production Sequencing, Linear

Programming with applications, Materials handling, equipment's, Maintenance, Industrial safety,

Products design and requirements.


Course Name: Design of Machine systems (2)

Course content: Spur Gears, Bevel Gears, Worm gears, Rolling Contact Bearings, Sliding Contact Bearings,

Computer Aided Design.


Course Name: Mechanical Vibrations (2)

Course content: Two - Degree Of Freedom System, Lagrange’s Equations, Coordinates Coupling, Undamped

Vibration Absorber, Damped Vibration Absorber, Transient Vibrations Of A Single Degree Of

Freedom System , Vibration Of Continuous Systems, Rayleigh And Dunkerly Methods For

Determining Natural Frequencies.


Course Name: Power Plants (2)

Course content: (Gas Turbine Power Plant, Theory Of Operation Brayton Cycle, Advantages Of Gas Turbine Power

Station, Disadvantages) , (Compressors, Centrifugal Compressor Construction, Diffusers,

Characteristics Of Centrifugal Compressor, Advantage Over Axial Type, Axial Compressor), (Gas

Turbine Combustors Combustion Chamber Design, Flame Stabilization, Combustion And

Dilution), (Film Cooling Of The Liner, Fuel Atomization And Ignition, Typical Combustor

http://en.wikipedia.org/wiki/Brayton_cycle


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Arrangements), (Brayton Cycle( Joule's Cycle), Thermodynamic Analysis, Thermal Efficiency),

(Deviation Of Actual Gas-Turbine Cycles From Idealized Ones, Regenerative Brayton Cycle),

(Different Arrangement Of Gas Turbine, Closed Cycle Gas Turbine, Combined Cycle Power

Plants), (Nuclear Power Plants, Working, Types, Reactor Types, Pressurized Water Reactor (Pwr),

Boiling Water Reactor), (Gas Cooled Reactors (Gcr), Advantages Of Nuclear Power Plants,

Disadvantages Of Nuclear Power Plant), (Solar Power Plants, Photovoltaic Plants, Solar Thermal

Power Stations, Advantages, Disadvantages), (Wind Power ,Plant, Advantages, Disadvantages,

Inside The Wind Turbine, Horizontal Axis Wind Turbines (Hawt's), Vertical Axis Wind Turbines

(Vawt's)), (Geothermal Power Plant, Working, Types Of Geo Thermal Power Plants).


Course Name: Air Conditioning & Refrigeration (2)

Course content: Comfort Condition, ASHRE Comfort Chart, inside and outside design condition, heating load,

Wall surface temperature, Ventilation and infiltration, Cooling load, Wall and roof load, window

load, Cooling coil load, Systems of Air Conditioning, Piping System Design, Fan Types, Actual

A/C systems, Evaporative Cooling, Vapor Compression Refrigeration Systems, Steam Jet

Refrigeration, Air Cycle Refrigeration, Cold Storage, Automatic Controls.


Course Name: Control and Measurements (2)

Course content:

Stability and root loci: Routh stability criterion and Root locus Method.

Measurements: General measurement system, calibration, fixed and random errors, accuracy

precision, and uncertainty of instruments. Instruments for measurements of length, force, torque,

frequency, pressure, flow and temperature. Data acquisition using computers.


Course Name: Engineering Materials (2)

Course content:

Polymers: Structure and Properties, Polymers: Applications and Processing, Composites:

Definition and Characterization, Composites: Theory of Composites, Physical Properties of

Materials: Electrical Properties, Semiconductor Materials, Insulators, Physical Properties: Thermal

Properties of Materials Part 1, Physical Properties: Thermal Properties of Materials Part 2,

Chemical Properties of Materials, Corrosion. Part 1, Corrosion. Part 2, Nano Materials: Principle

Concepts, Nano Materials: Effect of Nano-scale, Nano Materials: Processing.


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Course Name: Industrial Engineering (2)

Course content: Work study, Time study and motion study, Networks and critical path, Allowances, Inventory

control and problems, Economic order and quantity and its advantage, Inventory costs,

Applications, Quality control, Product's defect, Control-chart, Inspections, Types of inspections,

Acceptance Sampling, Sampling plans, Statistical quality control, Reliability, Total quality

measurements, Theory of probability, Engineering system analysis.


Course Name: Renewable Energy

Course content:

Solar Energy: Extra-terrestrial Solar Radiation, Terrestrial Solar Radiation, Solar Radiation

Calculations, Solar-Electric Conversion Systems, Solar-Thermal Central- Receiver Systems, The

Heliostats, The Receiver, The Heat-Transfer System, The Thermal-Storage System, and Other

Solar-Thermal Power Systems: Solar Ponds, Photovoltaic-Energy Conversion, Satellite Solar-

Power Systems (SSPS), Solar Tower Plant.

Wind Energy: History Of Wind Power , Principles Of Wind Power , Wind Turbine Principle , Site

Characteristics , Wind Machine , The Horizontal Axis Wind Machine , The Vertical Axis Wind

Machine, Betz Limit, Wind Turbine Operation.

Energy From Oceans: Ocean Temperature Differences, Ocean Waves, Wave Motion, Energy And

Power From Waves, Wave –Energy Conversion By Floats, High-Pressure Accumulator Wave

Machines, Other Wave Machines, The Tides, The Simple Single-Pool Tidal System.

Hydropower Resource:

Determination of The Useful Power, Waterwheels, Pelton turbines, Francis turbines, Kaplan

turbines, Water pumps working as turbines.

Geothermal energy:

Hydrothermal resources, Geo-pressurized resources, Enhanced Geothermal System or Hot dry rock

(HDR), Geothermal Power Production, Operational And Environmental Problems, Vapor-

Dominated Systems, and Liquid- Dominated Systems: Flashed Steam, Liquid- Dominated Systems:

Total- Flow Concept, Direct Use of Geothermal Energy.

Energy Storage:

Energy-Storage Systems, Pumped Hydro, Compressed-Air Storage, Energy Storage By Flywheels,

Electrical Battery Storage, Thermal Sensible Energy, Latent Heat Energy Storage.


Course Name: Engineering Project (1 year)

Course content: This is an independent study under the supervision of department members. Each student is

expected to do research trying to explore and define a potential study area suitable for a senior

design project. A specific engineering problem must then be identified from within the selected

study area. Results from this study must be documented and submitted in the form of a design

project proposal.


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curriculum for mechanical engineering department · mechanical engineering dept. 6 2019/2020 5....

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