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Unit - 1 Heat Transfer

Unit 1

Introduction

1.1 Introduction to three modes of heat transfer

1.2 Derivation of heat balance equation Steady onedimensional solution for conduction of heat transfer in Cartesian Cylindrical and spherical geometry

1.3 Concept of conduction and film resistances

1.4 Critical thickness of insulation

1.16 is equation for critical radius of insulation for sphere.

1.5 Heat Transfer through pin fins

1.6 Lumped system approximation and Biot Number

1.7 Two dimensional conduction solutions for steady heat transferapproximate solution to unsteady conduction

1.8 TwoDimensional conduction solutions for both unsteady heat transferapproximate solution to unsteady conduction

1.9 Heat transfer by the use of Heissler charts

Unit - 2 Heat Convection

Unit 2

Heat convection

2.1 Heat convection and basic equation

2.2 Forced convection and natural convection

2.3 External and Internal flow convection

2.4 Dimensionless parameters and correlations for forced convection

2.5 Dimensionless parameters and correlations for naturalfree convection

2.6 Correlations for forced and free convectionApproximate solutions to laminar boundary layer equations momentum and energy for both internal and external flow

2.7 Estimating heat transfer rates in laminar and turbulent flow situations using appropriate correlations for forced and free convection

Unit - 3 Thermal Radiation

Unit 3

Interaction of radiation with materials

3.1 Interaction of radiation with material

3.2 Definitions of radiative properties

3.3 Stefan Boltzmann’s law black and gray body radiation

3.4 Calculation of radiation heat transfer between surfaces using

3.5 View factors and the radiosity method

Unit - 4 Heat Exchangers

Unit 4

Types of Heat Exchangers

4.1 Types of heat exchangers

4.2 Analysis of heat exchanger using LMTD and εNTUmethods

4.3 Exposure of numerical technique of heat transfer

Unit - 5 Condensation And Boiling

Unit 5

Boiling and Condensation

5.1 Condensation

5.2 Boiling

5.3 Pool boiling curves

Unit - 6 Mass Transfer

Unit 6

Mass Transfer

6.1 Introduction mass transfer

6.2 Fick’s Law

6.3Similarities between heat and mass transfer

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Other Subjects of third-year
Mechatronics
Fluid machinery
Dynamics of machinery
Manufacturing processes
Manufacturing technology
Computer aided engineering
Design of machine elements
Design of transmission systems
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