Experiments in heat transfer and thermodynamics

목차 (Table of Contents)

• CONTENTS
• Preface = xi
• Introduction = xiii
• Part 1 Experiments in heat transfer
• Ⅰ.1 Conduction = 3
• Experiment 1 Critical radius of insulation = 5
• Experiment 2 The regelation of ice - the effect of heat conduction = 9
• Experiment 3 Unsteady heat conduction in a sphere = 16
• Experiment 4 Heat conduction in Materials with nonhomogeneous structure = 19
• Experiment 5 Measurement of thermal conductivity of solids during chemical reactions = 23
• Experiment 6 Temperature measurements in a transparent material : Application of the holographic interferometry = 33
• Ⅰ.2 Convection = 41
• Experiment 7 A forced convection heat-transfer experiment = 43
• Experiment 8 Reynolds analogy for mass transfer = 49
• Experiment 9 Natural-convection melting of a slab of ice = 54
• Experiment 10 Forced-convection heat loss from 3D solids = 61
• Experiment 11 Forced and free convective heat transfer of a laminal flow in a horizontal heated pipe = 66
• Experiment 12 Measurement of convective heat-transfer coefficients on external surfaces = 76
• Experiment 13 Measurement of local heat-transfer coefficient on the ice surface around isothermally cooled cylinders arranged in a line = 82
• Experiment 14 Experiments of unsteady forced convection in ducts with timewise variation of inlet temperature = 88
• Experiment 15 Measurement of heat and mass transfer from a body in air-water mist flow = 99
• Experiment 16 Measurement of transient / steady heat-transfer coefficient with simultaneous photography of flow processes from beneath the heater surface = 112
• Ⅰ.3 Boiling = 125
• Experiment 17 Capillary-tube boiling = 127
• Experiment 18 Two characteristic regions of nucleate pool boiling and corresponding change of hydrodynamic state = 135
• Experiment 19 The boiling slide = 142
• Experiment 20 Evaporation and boiling in sessile drops on a heate surface = 147
• Ⅰ.4 Mixing, dispersion, and diffusion = 155
• Experiment 21 Determination of the binary diffusion coefficient in a liquid mixture = 157
• Experiment 22 Diffusion distillation : A separation method for azeotropic mixtures = 165
• Ⅰ.5 Radiation = 171
• Experiment 23 Determination of the emissivity of a heated copper surface = 173
• Ⅰ.6 Heat pipes and exchangers = 179
• Experiment 24 Performance characteristics of an annular heat pipe = 181
• Experiment 25 Heat transfer during drop formation and release = 192
• Part Ⅱ Experiments in thermodynamics
• Experiment 26 Effect of surface condition on attainable superheat of water = 205
• Experiment 27 Experiments for compressibility and vapor pressure = 208
• Experiment 28 Determination of time constants = 217
• Experiment 29 Very fast versus very slow processes : Which are more efficient(closer to reversibility)? = 223
• Experiment 30 Determination of volumetric fraction of each phase in multiphase flow = 230
• Experiment 31 Measurement of the latent heat of vaporization of a liquid = 240
• Experiment 32 Dilution techniques for the performance evaluation of continuous-flow combustion systems = 245
• Appendix 1 Experiments and demonstrations in thermodynamic = 257
• Appendix 2 Experiments and demonstrations in heat transfer = 263
• Appendix 3 Heat-transfer and thermodynamic films = 269
• Index = 277