(Ebook) Principles of Heat Transfer 1st Edition by Sri nivasan ISBN 9788122415025 8122415024

(Ebook) Principles of Heat Transfer 1st Edition by Sri nivasan ISBN 9788122415025 8122415024

(Ebook) Principles of Heat Transfer 1st Edition by D. Sri nivasan  - Ebook PDF Instant Download/Delivery:  9788122415025, 8122415024
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Product details: 

ISBN 10:   8122415024

ISBN 13: 9788122415025

Author: D. Sri nivasan

Undergraduate students in mechanical, chemical, and process engineering

Instructors seeking a student‑friendly textbook

Practitioners looking for a solid refresher on core heat transfer methods and applications

Table of contents: 

1. Introduction

• The Objectives

• Classification of Heat Flow Processes

2. Conduction

• Concept of Conduction

• Fourier's Law of Heat Conduction

• Thermal Conductivity

• Conduction of Heat Through a Solid of Constant Cross-Sectional Area

• Compound Resistance in Series-Slab Geometry

• Analogy Between Flow of Heat and Flow of Electricity

• Heat Flow Through a Cylinder

• Heat Flow Through a Sphere

• Steady State Heat Transfer Problems – Application of the Transport Phenomena Approach

• Heat Flow Through a Composite Cylinder Wall; Critical Thickness of Insulation

• Heat Conduction with a Viscous Heat Source

• The Two-Dimensional Heat Conduction Path

3. Film Coefficients

• Conduction Through Liquids

4. Unsteady State Heat Conduction

• Application of Molecular Transport Theory to the Unsteady State Heat Conduction

• Solutions of the Unsteady State Equations

• Unsteady State Transfer with Internal Generation of the Transferent Property

• Numerical Method of Solving One-Dimensional Transient Conduction Problem

5. Convection

• Application of Dimensional Analysis for Convection Equations for Forced Convection and Natural Convection

• Heat Transfer from Extended Surfaces or Fins

• Heat Transfer to Fluids in Streamline Flow Inside Tubes

• Heat Transfer Accompanied by Change of Phase

• Boiling or Evaporation Heat Transfer (Heat Transfer to Boiling Liquids)

6. Industrial Heat Exchange Equipment

• Types of Heat Exchangers and Definitions

• Capacity Ratio and Effectiveness: Capacity Ratio

• Determination of Heat Exchanger Performance

• The Log Mean Temperature Difference (LMTD)

• Effectiveness-NTU Relationship

• Illustration on the Economical Size of the Heat Exchanger (Use of the Chart NTU max vs. Effectiveness in Solving This Problem)

• Mean Temperature Difference in Multi-Pass Heat Exchangers

7. Thermal Energy Transfer by Radiation

• Nature of Radiation

• Black-Body – The Ideal Radiation Receiver

• Black-Body Radiation Laws

• Net Radiant-Energy Transfer

• Radiant Heat Transfer Coefficients

• The Principles of Design of Industrial Furnaces

8. Evaporation

• Factors Influencing the Evaporation Process

• Once Through and Circulation Evaporator

• Evaporator Capacity

• Boiling Point Elevation and Duhring's Rule

• Single and Multiple Effect Evaporation

• The Occurrence of Heat Transfer in Evaporators

• The Analysis and Performance Calculation of Multiple-Effect Evaporators

9. Review of Heat Transfer Principles

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Tags: Sri nivasan, Heat Transfer