Heat and Mass Transfer SI Edition 2nd Edition Rolle Solutions Manual

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Heat and Mass Transfer SI Edition 2nd Edition Rolle Solutions Manual.

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Product Details:

  • ISBN-10 ‏ : ‎ 130511258X
  • ISBN-13 ‏ : ‎ 978-1305112582
  • Author:  Kurt Rolle

Thoroughly up-to-date and packed with real world examples that apply concepts to engineering practice, HEAT AND MASS TRANSFER, 2e, presents the fundamental concepts of heat and mass transfer, demonstrating their complementary nature in engineering applications. Comprehensive, yet concise, the book provides a solid introduction to the scientific, mathematical, and empirical methods for treating heat and mass transfer phenomena, along with the tools needed to assess and solve a variety of contemporary engineering problems. Practical guidance throughout helps readers learn to anticipate the reasonable answers for a particular system or process and understand that there is often more than one way to solve a particular problem.

 

Table of Content:

  1. Ch 1: Introduction
  2. Ch 1: Brief History
  3. 1-1: The Importance of Heat and Mass Transfer
  4. 1-2: Dimensions and Units in Heat and Mass Transfer
  5. 1-3: The Concepts of Heat and Mass Transfer
  6. 1-4: The Modes of Heat Transfer
  7. 1-5: The Modes of Mass Transfer
  8. 1-6: Mathematical Preliminaries
  9. 1-7: Engineering Analysis of Heat and Mass Transfer
  10. 1-8: Summary
  11. Ch 1: Discussion Questions
  12. Ch 1: Class Quiz Questions
  13. Ch 1: Practice Problems
  14. Ch 1: References
  15. Ch 2: Steady State Conduction Heat Transfer
  16. Ch 2: Brief History
  17. 2-1: Fourier’s Law and Thermal Conductivity
  18. 2-2: The General Problem of Conduction Heat Transfer
  19. 2-3: Steady State One-Dimensional Conduction Heat Transfer
  20. 2-4: Steady State Two-Dimensional Heat Transfer
  21. 2-5: Shape Factor Methods
  22. 2-6: Numerical Methods of Analysis
  23. 2-7: Applications of Steady State Heat Transfer
  24. 2-8: Summary
  25. Ch 2: Discussion Questions
  26. Ch 2: Class Quiz Questions
  27. Ch 2: Practice Problems
  28. Ch 2: References
  29. Ch 3: Transient Conduction Heat Transfer
  30. Ch 3: Brief History
  31. 3-1: General Problems in Transient Conduction
  32. 3-2: Lumped-Heat Capacity Systems
  33. 3-3: One-Dimensional Transient Heat Transfer
  34. 3-4: Two-Dimensional Transient Heat Transfer
  35. 3-5: Applications to Solids
  36. 3-6: Numerical Methods of Analysis
  37. 3-7: Graphical Methods
  38. 3-8: Summary
  39. Ch 3: Discussion Questions
  40. Ch 3: Class Quiz Questions
  41. Ch 3: Practice Problems
  42. Ch 3: References
  43. Ch 4: Forced Convection Heat Transfer
  44. Ch 4: Brief History
  45. 4-1: The General Problems of Convection Heat Transfer
  46. 4-2: Concepts of Fluid Flow and Dimensional Analysis
  47. 4-3: The Boundary Layer Concept
  48. 4-4: Convection Heat Transfer at a Flat Plate
  49. 4-5: Convection Heat Transfer around Objects
  50. 4-6: Convection Heat Transfer in Closed Channels
  51. 4-7: Applications of Convection Heat Transfer
  52. 4-8: Summary
  53. Ch 4: Discussion Questions
  54. Ch 4: Class Quiz Questions
  55. Ch 4: Practice Problems
  56. Ch 4: References
  57. Ch 5: Free Convection Heat Transfer
  58. Ch 5: Brief History
  59. 5-1: The General Concepts of Free Convection
  60. 5-2: Analysis of Free Convection along Vertical Surfaces
  61. 5-3: Free Convection along Horizontal and Inclined Surfaces
  62. 5-4: Free Convection along Horizontal and Vertical Cylinders
  63. 5-5: Free Convection in Enclosed Spaces
  64. 5-6: Combined Free and Forced Convection Heat Transfer
  65. 5-7: Approximate Equations for Free Convection of Air
  66. 5-8: Summary
  67. Ch 5: Discussion Questions
  68. Ch 5: Class Quiz Questions
  69. Ch 5: Practice Problems
  70. Ch 5: References
  71. Ch 6: The Nature of Radiation Heat Transfer
  72. Ch 6: Brief History
  73. 6-1: Electromagnetic Radiation
  74. 6-2: Black Body Radiation
  75. 6-3: Gray Body Mechanisms
  76. 6-4: Geometry of Radiation
  77. 6-5: Applications of Radiation
  78. 6-6: Summary
  79. Ch 6: Discussion Questions
  80. Ch 6: Class Quiz Questions
  81. Ch 6: Practice Problems
  82. Ch 6: References
  83. Ch 7: Analysis of Radiation Heat Transfer
  84. Ch 7: Brief History
  85. 7-1: Radiosity
  86. 7-2: Analysis of Two-Surface Radiation Heat Transfer
  87. 7-3: Analysis of Three-Surface Radiation Heat Transfer
  88. 7-4: Gas Radiation
  89. 7-5: Applications of Radiation Heat Transfer
  90. 7-6: Summary
  91. Ch 7: Discussion Questions
  92. Ch 7: Class Quiz Questions
  93. Ch 7: Practice Problems
  94. Ch 7: References
  95. Ch 8: Mass Transfer
  96. Ch 8: Brief History
  97. 8-1: The Mechanisms of Mass Transfer
  98. 8-2: Analysis of Mixtures
  99. 8-3: Diffusion Mass Transfer
  100. 8-4: Convection Mass Transfer
  101. 8-5: Transient Diffusion
  102. 8-6: Absorption and Adsorption
  103. 8-7: Permeability
  104. 8-8: Summary
  105. Ch 8: Discussion Questions
  106. Ch 8: Class Quiz Questions
  107. Ch 8: Practice Problems
  108. Ch 8: References
  109. Ch 9: Heat Exchangers
  110. Ch 9: Brief History
  111. 9-1: General Concepts of Heat Exchangers
  112. 9-2: Parameters in Heat Exchangers
  113. 9-3: LMTD Method of Analysis
  114. 9-4: Effectiveness-NTU Method of Analysis
  115. 9-5: Compact Heat Exchangers
  116. 9-6: Heat Pipes
  117. 9-7: Summary
  118. Ch 9: Discussion Questions
  119. Ch 9: Class Quiz Questions
  120. Ch 9: Practice Problems
  121. Ch 9: References
  122. Ch 10: Phase Change Heat Transfer
  123. What You Will Learn in Chapter 10
  124. 10-1: The Mechanisms of Phase Change Heat Transfer
  125. 10-2: Analysis of Boiling Heat Transfer
  126. 10-3: Condensing Heat Transfer
  127. 10-4: Simplified Relationships for Boiling and Condensing
  128. 10-5: Empirical Methods and Analysis of Melting and Freezing
  129. 10-6: Applications of Phase Change Heat Transfer
  130. 10-7: Summary
  131. Ch 10: Discussion Questions
  132. Ch 10: Class Quiz Questions
  133. Ch 10: Practice Problems
  134. Ch 10: References
  135. Appendix A: Mathematical Information
  136. Appendix B: Conversion Factors and Property Tables
  137. Appendix C: Psychrometrics and Charts
  138. Appendix D: Quantifying Comprehension and Understanding
  139. Answers to Odd-numbered Practice Problems
  140. Index
  141. End Paper
  142. IBC

 

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