Dr A.P.J. Abdul Kalam Technical University, UP (AKTU), Computer Engineering Semester 2, Fundamentals of Mechanical Engineering & Mechatronics Syllabus

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Unit - 1 Introduction to Mechanics of Solid

Unit 1

Introduction to Mechanics of Solid

1.1 Normal and shear Stress strain

1.2 Hookes’ law

1.3 Poisson’s ratio

1.4 Elastic constants and their relationship

1.5 Stressstrain diagram for ductile and brittle materials

1.6 Factor of safety

1.7 Numerical Problems

1.8 Types of beams under various loads

1.9 Statically Determinate Beams

1.10 Shear force and bending moment in beams

1.11 Shear force and bending moment diagrams

1.12 Relationships between load shear and bending moment

1.13 Basic Numerical problems

Unit - 2 Introduction to IC Engines and RAC

Unit 2

Introduction to IC Engines and RAC

2.1 IC Engine Basic Components Construction and Working of Two stroke and four stroke SI CI engine merits and demerits

2.2 Scavenging process Introduction to electric and hybrid electric vehicles

2.3 Refrigeration Its meaning and application

2.4 Unit of refrigeration

2.5 Coefficient of performance

2.6 Methods of refrigeration

2.7 Construction and working of domestic refrigerator

2.8 Concept of heat pump

2.9 Formula based numerical problems on cooling load

2.10 AirConditioning Its meaning and application

2.11 Humidity dry bulb wet bulb and dew point temperatures comfort conditions

2.12 Construction and working of window air conditioner

Unit - 3 Introduction to Fluid Mechanics and Applications

Unit 3

Introduction to Fluid Mechanics and Applications

3.1 Introduction Fluid’s properties pressure density

3.2 Dynamic and kinematic viscosity

3.3 Specific gravity

3.4 Newtonian and NonNewtonian fluid

3.5 Pascal’s Law

3.6 Continuity Equation

3.7 Bernaulli’s Equation and its applications Basic Numerical problems

3.8 Working principles of hydraulic turbines pumps and their classifications

3.9 Hydraulic accumulators

3.10 Hydraulic lift and their applications

Unit - 4 Measurements and Control System

Unit 4

Measurements and Control System

4.1 Measurements and Control System Concept of Measurement

4.2 Error in measurements

4.3 Calibration

4.4 Measurements of pressure

4.5 Temperature

4.6 Mass flow rate

4.7 Strain

4.8 Force and torques

4.9 Concept of accuracy precision and resolution Basic Numerical problems

4.10 System of Geometric Limit

4.11 Fit

4.12 Tolerance and gauges Basic Numerical problems

4.13 Control System Concepts Introduction to Control Systems

4.14 Elements of control system

4.15 Basic of open and closed loop control with example

Unit - 5 Introduction to Mechatronics

Unit 5

Introduction to Mechatronics

5.1 Introduction to Mechatronics Evolution Scope Advantages and disadvantages of Mechatronics

5.2 Industrial applications of Mechatronics

5.3 Introduction to autotronics bionics and avionics and their applications

5.4 Sensors and Transducers Types of sensors types of transducers and their characteristics

5.5 Overview of Mechanical Actuation System – Kinematic Chains

5.6 Cam

5.7 Train Ratchet Mechanism

5.8 Gears and its type

5.9 Belt

5.10 Bearing

5.11 Hydraulic and Pneumatic Actuation Systems Overview

5.12 Pressure Control Valves

5.13 Cylinders

5.14 Direction Control Valves

5.15 Rotary Actuators

5.16 Accumulators

5.17 Amplifiers and Pneumatic Sequencing Problems

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Other Subjects of Semester-2

Basic electrical engineering

Programming for problem solving

Emerging technology for engineering

Emerging domain in electronics engineering