MEP 201 Engineering Thermodynamics (2) (4+2)

Vapor power cycles – Air standard power cycles – Reversed cycles -Irreversibility and  availability – Thermodynamic relations and real gas effects – Non-reacting ideal gas mixtures – Mixtures of gases and vapors Introduction to psychrometry – Combustion reactions –   First law analysis of reacting systems.

MEP 202 Fluid Mechanics (1)  (2+2)

Introduction and fundamental concepts of fluids – Statics of fluids –   Characterization of fluid flow – Integral equations – Basic equations: conservation of mass, momentum and energy – Bernoulli’s equation –  Application on momentum and Bernoulli’s equations. Viscous flow in ducts and pipes – Basics of dimensional analysis and dynamic similarity.

MDP 201 Structural Mechanics (4+2)

Displacement and deflections. Statically indeterminate structures, energy methods applied to bar problems. Buckling of columns, curved beams,   analysis of bars of thin walled sections in shear, transverse shear, torsion, shear center. Analysis of axi-symmetric shells: thin walled cylinders, spheres, cones, discontinuity stresses. Introduction to structrural analysis by matrix methods. Stresses in elastic structures with applications

MDP 204 Machine Design (1) (2+2) (2+2)

Design procedures – Factors affecting design details – Selection of materials – Modes of loading – Safety factors and allowable stresses – Design of detachable joints: (threaded joints, keys and splines) – Design of permanent joints: (welding, interference fitting, riveting, adhesion) – Design of some machine elements: springs, power screws – Thin pipes and pressure vessels – Seals – Design of hydraulic and pneumatic cylinders – Application of computer aided design.

MDP 207 Casting Engineering (2+1)

Casting Technology – Casting processes – Mould materials and its properties – Melting furnaces – Furnace charge and its calculations – Gating and risering system design – Solidification of metals and alloys – Casting defects – Inspection and testing of castings – Production management in foundries.

MTH 213 (A) Mathematics and Computers (2+1) (3+1)

Mathematics: Laplace transform – Special functions – Partial differential equations – Matrices –

ELE 212 Electrical and Electronic Engineering (2+2)

Elements and components of circuits and circuit theorems – Delta and Star analysis – Analysis of AC circuits: The sinusoidal wave and phase shift concepts, power and power factor – Transformation analysis – Laplace transform. Electronics and their engineering applications – Operational amplifiers – Basic transistor circuits – Basic OP-AMP and digital circuits