By John H. Lienhard IV and John H. Lienhard V
This textbook is an creation to warmth and mass move orientated towards engineering scholars. the topics lined contain warmth conduction, pressured and traditional convection, thermal radiation, boiling, condensation, warmth exchangers, and mass move. The ebook comprises labored examples and end-of-chapter workouts. The 3rd variation (2003) has been largely revised and up to date from the previous moment variation (1987).
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Extra info for A Heat Transfer Textbook, Third Edition
A. for many more years. Another matter often leads to some discussion between students and teachers in heat transfer courses. That is the question of whether a problem is “theoretical” or “practical”. Quite often the student is inclined to view as “theoretical” a problem that does not involve numbers or that requires the development of algebraic results. The problems assigned in this book are all intended to be useful in that they do one or more of ﬁve things: 1. 25). 2. 39). These are probably closest to having a “theoretical” objective.
It is initially at room temperature and is suddenly placed in a 200◦ C gas ﬂow. 18 kJ/kg·K, respectively. Evaluate the response of the thermocouple. 3 Solution. 116 s = ρcV = Therefore, eqn. 116 ◦ C (20 − 200)◦ C This result is plotted in Fig. 12, where we see that, for all practical purposes, this thermocouple catches up with the gas stream in less than 5 s. Indeed, it should be apparent that any such system will come within 95% of the signal in three time constants. Notice, too, that if the response could continue at its initial rate, the thermocouple would reach the signal temperature in one time constant.
Verify the lumpedcapacity assumption. 27 A 3 cm diameter, black spherical heater is kept at 1100◦ C. It radiates through an evacuated annulus to a surrounding spherical shell of Nichrome V. 3 cm thick. It is black on the inside and is held at 25◦ C on the outside. Find (a) the temperature of the inner wall of the shell and (b) the heat transfer, Q. 28 The sun radiates 650 W/m2 on the surface of a particular lake. At what rate (in mm/hr) would the lake evaporate away if all of this energy went to evaporating water?
A Heat Transfer Textbook, Third Edition by John H. Lienhard IV and John H. Lienhard V