By David P. DeWitt, Frank P. Incropera, Theodore L. Bergman, Adrienne S. Lavine

ISBN-10: 0470501979

ISBN-13: 9780470501979

Thoroughly up to date, the 7th variation presents engineers with an in-depth examine the most important suggestions within the box. It comprises new discussions on rising parts of warmth move, discussing applied sciences which are concerning nanotechnology, biomedical engineering and substitute strength. the instance difficulties also are up-to-date to higher express easy methods to observe the fabric. And as engineers stick with the rigorous and systematic problem-solving method, they’ll achieve an appreciation for the richness and wonder of the self-discipline.

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**Extra info for Fundamentals of Heat and Mass Transfer**

**Example text**

A typical rate of metabolic heat generation is 100 W. If the person stayed in the water too long, the core body temperature would begin to fall. The large heat loss in water is due to the higher heat transfer coefficient, which in turn is due to the much larger thermal conductivity of water compared to air. 4. The skin temperature of 34ЊC in part 1 is comfortable, but the skin temperature of 28ЊC in part 2 is uncomfortably cold. 13. The application of these balances is simplified if a few basic rules are followed.

3. A typical rate of metabolic heat generation is 100 W. If the person stayed in the water too long, the core body temperature would begin to fall. The large heat loss in water is due to the higher heat transfer coefficient, which in turn is due to the much larger thermal conductivity of water compared to air. 4. The skin temperature of 34ЊC in part 1 is comfortable, but the skin temperature of 28ЊC in part 2 is uncomfortably cold. 13. The application of these balances is simplified if a few basic rules are followed.

Hence, if one wished to operate at a larger current while maintaining the rod temperature within the safety limit, the convection coefficient would have to be increased by increasing the velocity of the circulating air. 1 A. 4. The IHT software is especially useful for solving equations, such as the energy balance in Comment 1, and generating the graphical results of Comment 2. 5 A hydrogen-air Proton Exchange Membrane (PEM) fuel cell is illustrated below. It consists of an electrolytic membrane sandwiched between porous cathode and anode materials, forming a very thin, three-layer membrane electrode assembly (MEA).

### Fundamentals of Heat and Mass Transfer by David P. DeWitt, Frank P. Incropera, Theodore L. Bergman, Adrienne S. Lavine

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