MCL141: Thermal Sciences for Manufacturing

Lecture Notes

Course Contents & Books: Thermal Sciences for Manufacturing

Introduction to Thermal Sciences for Manufacturing

Thermodynamics of Manufacturing Process

First Level Thermodynamics Study of Manufacturing System

Basic Concepts in Thermodynamics

Properties of Materials & Equation of State

Equation of State for Solids For use in Manufacturing

Thermodynamics of Phase Change from Solid to Liquid

Equation of sate for Liquids

Thermodynamics of Phase Change from Liquid to Vapor

Thermodynamics of Wet, Saturated & Superheated Vapor

Zeroth Law of Themodynamics

Journey of System from/towards Equilibrium

Thermodynamic Description of A Manufacturing Process

Thermodynamic Work

Thermodynamic Work consumed during Manufacturing Processes

Miscellaneous Modes of Thermodynamic Work

Heat Transfer : An Action due to Thermal Inequilibrium

Modes of Heat Transfer-1

Radiation Heat Transfer

Radiation Heat Exchange Between System & Surroundings

The Relation Between Work Transfer & Heat Transfer During a Manufacturing Process

Thermodynamic Nature of Energy

Micro & Macro Descriptions of Internal Energy

First Law Analysis of Thermodynamic CVs

SSSF Analysis of Important Engineering CVs

SSSF Analysis of Devices Used in Power Generation-I

SSSF Analysis of Devices Used in Power Generation - II

Analysis of Power Generation Cycles

More Thermodynamic Cycles

Second Law of Thermodynamics

The Entropy Change

Thermodynamics of Ideal Processes

Entropy & Real Processes

Engineering Relations from Second Law

Further Analysis of Irreversible Processes

Analysis of Irreversible Manufacturing Processes

Analysis of Heat Transfer in Manufacturing Processes

Conduction Heat Transfer in Manufacturing Processes

One Dimensional Models for Conduction Heat Transfer in Manufacturing Processes

Convection Heat Transfer in Manufacturing Processes

Tutorial Notes

Reading Material

Energy and Human Evolution

History of Thermodynamics

The mathematics of Deformation Tensor