Thermomechanics
eBook - PDF

Thermomechanics

An Introduction to the Governing Equations of Thermodynamics and of the Mechanics of Fluids

  1. 322 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Thermomechanics

An Introduction to the Governing Equations of Thermodynamics and of the Mechanics of Fluids

About this book

Thermomechanics gives an introduction to the governing equations of thermodynamics and of the mechanics of fluids. The book first gives a summary of the Newtonian mechanics of rigid bodies, which is followed by a discussion of mechanical properties of infinitesimal elements, including continuum, density, surface tension, stresses, and pressure. Temperature and the zero'th law; units; and the system of finite size are then examined. The book also explains the laws of thermodynamics including its applications. Heat processes, motionless fluids, and mixtures of phases are also tackled. The text then explains the conservation of mass in a fluid flow; the equations relating process phenomena; and the momentum equation for fluids in motion. The last part encompasses the adiabatic flow. The text will best serve those interested in thermomechanics and related concepts.

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Yes, you can access Thermomechanics by J. C. Gibbings, J. H. Horlock,W. A. Woods in PDF and/or ePUB format, as well as other popular books in Technology & Engineering & Engineering General. We have over one million books available in our catalogue for you to explore.

Table of contents

  1. Front Cover
  2. Thermomechanics
  3. copyright Page
  4. Table of Contents
  5. EDITORIAL INTRODUCTION
  6. PREFACE
  7. NOTATION
  8. CHAPTER 1. SUMMARY OF THE NEWTONIAN MECHANICS OF RIGID BODIES
  9. CHAPTER 2. MECHANICAL PROPERTIES OF INFINITESIMAL ELEMENTS
  10. CHAPTER 3. TEMPERATURE AND THE ZERO'TH LAW
  11. CHAPTER 4. UNITS
  12. CHAPTER 5. THE SYSTEM OF FINITE SIZE
  13. CHAPTER 6. THE FIRST LAW OF THERMODYNAMICS
  14. CHAPTER 7. THE MANNER OF HEAT PROCESSES
  15. CHAPTER 8. APPLICATION OF THE FIRST LAW OF THERMODYNAMICS TO SOLIDS
  16. CHAPTER 9. THE STATE OF MOTIONLESS FLUIDS
  17. CHAPTER 10. MIXTURES OF PHASES
  18. CHAPTER 11. THE CHARACTERISTICS OF FLUID MOTION
  19. CHAPTER 12. CONSERVATION OF MASS IN A FLUID FLOW
  20. CHAPTER 13. THE EQUATIONS RELATING PROCESS PHENOMENA
  21. CHAPTER 14. THE MOMENTUM EQUATION FOR FLUIDS IN MOTION
  22. CHAPTER 15. APPLICATION OF THE FIRST LAW OF THERMODYNAMICS TO FLUIDS IN MOTION
  23. CHAPTER 16. THE ADIABATIC FLOW
  24. INDEX