The CRC Handbook of Thermal Engineering by Frank Kreith

Author(s)  : Frank KreithWriter   : CRC Press
Version      : First
Pages       : 1192
PDF Measurement    : 13.7 Mb

Description:
The CRC Handbook of Thermal Engineering eBook gives data on warmth switch and fluid mechanics together with detailed protection on numerical strategies, laptop strategies, purposes, thermodynamics and fluid mechanics. It’s certain to function a complete useful resource for skilled engineers properly into the brand new century. Subjects of the ebook are drawn from the ‘Handbook of Mechanical Engineering‘ however with extra data in areas of Compressible Stream, Pumps, Conduction and Desalination.

Description:

SECTION 1: Engineering Thermodynamics
1.1 Fundamentals
1.2 Management Quantity Functions
1.3 Property Relations and Information
1.4 Combustion
1.5 Exergy Evaluation
1.6 Vapor and Fuel Energy Cycles
1.7 Tips for Enhancing Thermodynamic Effectiveness
1.8 Ergoeconomics
1.9 Design Optimization
1.10 Financial Evaluation of Thermal Techniques

SECTION 2: Fluid Mechanics
2.1 Fluid Statics Stanley A. Berger
2.2 Equations of Movement and Potential
2.3 Similitude: Dimensional Evaluation and Information Correlation
2.4 Hydraulics of Pipe Techniques
2.5 Open Channel Stream
2.6 Exterior Incompressible Flows
2.7 Compressible Stream
2.8 Multiphase Stream
2.9 Non-Newtonian Flows Thomas

SECTION 3: Warmth and Mass Switch
3.1 Conduction Warmth Switch
3.2 Convection Warmth Switch
3.3 Radiation
3.4 Section-Change
3.5 Mass Switch

SECTION 4: Functions
4.1 Water Desalination
4.2 Environmental Warmth Switch
4.3 Warmth Exchangers
4.4 Bioheat Switch
4.5 Thermal Insulation
4.6 Power Audit for Buildings
4.7 Compressors
4.8 Pumps and Followers
4.9 Cooling Towers
4.10 Warmth Switch in Manufacturing
4.11 Pinch Level Evaluation
4.12 Cryogenic Techniques
4.13 Air-Conditioning Techniques
4.14 Optimization of Thermal Techniques
4.15 Warmth Switch Enhancement
4.16 Warmth Pipes
4.17 Liquid Atomization and Spraying
4.18 Thermal Processing in Meals Preservation Applied sciences
4.19 Thermal Conduction in Digital Microstructures
4.20 Cooling in Digital Functions
4.21 Direct Contact Warmth Switch
4.22 Temperature and Warmth Switch Measurements
4.23 Stream Measurement
4.24 Functions of Synthetic Neural Networks and Genetic Algorithms in Thermal Engineering

SECTION 5: Numerical Evaluation and Computational Instruments
5.1 Laptop-Aided Engineering
5.2 Finite Distinction Methodology
5.3 Finite Aspect Methodology
5.4 Boundary Aspect Methodology
5.5 Software program and Databases
APPENDICES
A. Properties of Gases and Vapors Paul Norton
B. Properties of Liquids Paul Norton
C. Properties of Solids Paul Norton
D. SI Items and Conversion Elements Paul Norton

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