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Case Studies in Transient Heat Transfer With Sensitivities to Governing Variables / M. Kemal Atesmen

Author
Atesmen, M. Kemal
Published
New York, N.Y. : The American Society of Mechanical Engineers, [2023]
Copyright Date
℗♭2023
Physical Description
1 online resource (254 pages) : illustrations
Additional Creators
American Society of Mechanical Engineers
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Language Note
In English.
Restrictions on Access
Subscription required for access to full text.
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Contents
Front Matter -- 1. Bubble Growth in a Large Superheated Fluid During Nucleate Pool Boiling -- 2. Transient Heat Transfer with Little or No Temperature Gradient within Special Solids -- 3. Transient Heat Transfer Lumped Capacitance Method Applied to Composite Systems -- 4. Use of Ablation Materials As Heat Shield to Protect Spacecrafts Entering Earth's Atmosphere From Incoming Excessive Heat Loads -- 5. Stress Relieving a Copper Alloy Rod by Radiant Heating When Temperature Gradients Within The Rod are Negligible -- 6. Times to Hard Boil Different Sized Chicken Eggs -- 7. Cooling a Pot of Soup in Air -- 8. Solar Energy Storage in Water -- 9. A Finite Difference Method to Solve 2-Dimensional Transient Heat Transfer Equation -- 10. A Triangular Prism whose Boundaries are Subject to Radiation Heat Transfer -- 11. Heat Treating a Long Cylindrical Pine Log in Vacuum -- 12. Roasting A Piece of Beef Which Has a Short Cylindrical Shape -- 13. Frost Damage in a Spherical Orange -- 14. Stress Relieving a Stainless-Steel Plate in Shape of A Rectangular Parallelepiped -- 15. Heat Transfer Between Two Semi-Infinite Solids in Contact -- 16. Heat Transfer Between a Log Cabin and a Brush Fire -- 17. Heat Transfer in A Semi-Infinite Stainless-Steel When Applying Constant Heat Flux On X = 0 Surface -- 18. Solidification of Molten Surface Coating on a Semi-Infinite Solid Substrate -- 19. Large Plane Concrete Wall Subjected Suddenly to Convection Heat Transfer -- 20. Seasonally Averaged Temperature Fluctuation Penetrations into The Ground -- 21. Cooling of a Desert's Surface on Earth at Night from Infrared Radiation Heat Transfer -- 22. Transient Heat Transfer During Seasonal Heating and Cooling of Earth's Surface with Periodic Surface Temperature Fluctuations -- 23. Transient Heat Transfer from an Infinitely Long and Thin Heat Source used to Measure Thermal Conductivity of Soils and Soft Rocks in an Infinite Cylindrical Medium -- 24. Solidification of Magmas in Lava Lakes -- Back Matter.
Summary
Every heat transfer problem has to satisfy the first law of thermodynamics, namely the law of conservation of energy. Before steady-state conditions are reached, every heat transfer problem is in an unsteady state and energies in a control volume and energies coming in and out of a control volume can change with time. These time dependent energy conservation in a control volume refers to a fascinating and challenging part of heat transfer called the unsteady state or transient heat transfer. This book deals with twenty-four transient heat transfer problems in our everyday lives. Some examples are: How electromagnetic waves coming from our Sun affect our Earth daily and seasonally? How ablating materials are used to capture most of incoming heat loads to protect a spacecraft, its occupants and its instruments, when entering Earth's atmosphere at very high speeds? How frost damage penetrates a spherical and ripe orange when there is a sudden change in outside temperature at night? How much time it takes to roast one piece beef as rare and another same size piece as well done?
Subject(s)
Genre(s)
ISBN
9780791886793 (e-ISBN)
0791886794 (e-ISBN)
9780791886786 (print-ISBN)
0791886786 (print-ISBN)
Digital File Characteristics
PDF
text file
Bibliography Note
Includes bibliographical references and index.
Other Forms
Also available in Print and PDF edition.
Full text article also available for purchase.
Reproduction Note
Electronic reproduction. New York, N.Y. : The American Society of Mechanical Engineers, 2023. Mode of access: World Wide Web. Systemrequirements: Web browser. Access may be restricted to subscribers or individual electronic text purchasers.
Technical Details
System requirements: Adobe Acrobat Reader.
Mode of access: Internet via World Wide Web.
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