Heat Transfer - Engineering Applns.

00 preface_ Heat Transfer - Engineering Applications......Page 1
Part 1_ Laser-, Plasma- and Ion-Solid Interaction......Page 13
01_ Mathematical Models of Heat Flow\rin Edge-Emitting Semiconductor\rLasers......Page 15
02_ Temperature Rise of Silicon Due to\rAbsorption of Permeable Pulse Laser......Page 41
03_ Pulsed Laser Heating and Melting......Page 59
04_ Energy Transfer in Ion– and Laser–Solid\rInteractions......Page 83
05_ Temperature Measurement of a Surface\rExposed to a Plasma Flux Generated\rOutside the Electrode Gap......Page 99
Part 2_ Heat Conduction Engineering Applications......Page 131
06_ Experimental and Numerical Evaluation\rof Thermal Performance of Steered\rFibre Composite Laminates......Page 133
07_ A Prediction Model for\rRubber Curing Process......Page 163
08_ Thermal Transport in Metallic Porous Media......Page 183
09_ Coupled Electrical and Thermal Analysis of\rPower Cables Using Finite Element Method......Page 217
10_ Heat Conduction for Helical and\rPeriodical Contact in a Mine Hoist......Page 243
11_ Mathematical Modelling of Dynamics of\rBoiler Surfaces Heated Convectively......Page 271
12_ Unsteady Heat Conduction Phenomena in\rInternal Combustion Engine Chamber\rand Exhaust Manifold Surfaces......Page 295
13_ Ultrahigh Strength Steel: Development\rof Mechanical Properties\rThrough Controlled Cooling......Page 321
Part 3_ Air Cooling of Electronic Devices......Page 349
14_ Air Cooling Module Applications\rto Consumer-Electronic Products......Page 351
15_ Design of Electronic Equipment Casings\rfor Natural Air Cooling: Effects of Height\rand Size of Outlet Vent on Flow Resistance......Page 379
16_ Multi-Core CPU Air Cooling......Page 389