Solutions for Introduction to Heat Transfer
Problem 1.1P:
The thermal conductivity of a sheet of rigid, extruded insulation is reported to be k=0.029W/mK. The...Problem 1.2P:
The heat flux that is applied to the left face of a plane wall is q=20W/m2. The wall is of thickness...Problem 1.3P:
A concrete wall, which has a surface area of 20m2 and is 0.30 m thick, separates conditioned room...Problem 1.4P:
The concrete slab of a basement is 11 m long, 8 m wide, and 0.20 m thick. During the winter,...Problem 1.5P:
Consider Figure 1.3. The heat flux in the x-direction is qx=10W/m2, the thermal conductivity and...Problem 1.7P:
The inner and outer surface temperatures of a glass window 5 mm thick are 15 and 5C. What is the...Problem 1.8P:
A thermodynamic analysis of a proposed Brayton cycle gas turbine yields P=5MW of net power...Problem 1.9P:
A glass window of width W=1m and height H=2m is 5 mm thick and has a thermal conductivity of...Problem 1.11P:
The heat flux that is applied to one face of a plane wall is q=20W/m2. The opposite face is exposed...Problem 1.15P:
The 5-mm-thick bottom of a 200-mm-diameter pan may be made from aluminum k=240W/mK or copper...Problem 1.17P:
For a boiling process such as shown in Figure 1.5c, the ambient temperature T in Newtons law of...Problem 1.18P:
You've experienced convection cooling if you've ever extended your hand out the window of a moving...Problem 1.20P:
A wall has inner and outer surface temperatures of 16 and 6C, respectively. The interior and...Problem 1.21P:
An electric resistance heater is embedded in a long cylinder of diameter 30 mm. When water with a...Problem 1.23P:
A transmission case measures W=0.30m on a side and receives a power input of Pi=150hp from the...Problem 1.25P:
A common procedure for measuring the velocity of an airstream involves the insertion of an...Problem 1.35P:
An electrical resistor is connected to a battery, as shown schematically. After a brief transient,...Problem 1.36P:
Pressurized water pin=10bar,Tin=110C enters the bottom of an L=10-m -long vertical tube of diameter...Problem 1.37P:
Consider the tube and inlet conditions of Problem 1.36. Heat transfer at a rate of q=3.89MW is...Problem 1.38P:
An internally reversible refrigerator has a modified coefficient of performance accounting for...Problem 1.39P:
A household refrigerator operates with cold- and hot-temperature reservoirs of Tc=5C and Th=25C,...Problem 1.40P:
Chips of width L=15mm on a side are mounted to a substrate that is installed in an enclosure whose...Problem 1.41P:
Consider the transmission case of Problem 1.23, but now allow for radiation exchange with the...Problem 1.42P:
One method for growing thin silicon sheets for photovoltaic solar panels is to pass two thin strings...Problem 1.43P:
Heat is transferred by radiation and convection between the inner surface of the nacelle of the wind...Problem 1.44P:
Radioactive wastes are packed in a long, thin-walled cylindrical container. The wastes generate...Problem 1.45P:
An aluminum plate 4 mm thick is mounted in a horizontal position, and its bottom surface is well...Problem 1.46P:
A blood warmer is to be used during the transfusion of blood to a patient. This device is to heat...Problem 1.47P:
Consider a carton of milk that is refrigerated at a temperature of Tm=5C. The kitchen temperature on...Problem 1.48P:
The energy consumption associated with a home water heater has two components: (i) the energy that...Problem 1.49P:
Liquid oxygen, which hems a boiling point of 90 K and a latent heat of vaporization of 214 kJ/kg, is...Problem 1.50P:
The emissivity of galvanized steel sheet, a common roofing material, is =0.13 at temperatures around...Problem 1.51P:
Three electric resistance heaters of length L=250mm and diameter D=25mm are submerged in a 10-gal...Problem 1.52P:
A hair dryer may be idealized as a circular duct through which a small fan draws ambient air and...Problem 1.53P:
In one stage of an annealing process, 304 stainless steel sheet is taken from 300Â K to 1250Â K as...Problem 1.54P:
Convection ovens operate on the principle of inducing forced convection inside the oven chamber with...Problem 1.55P:
Annealing, an important step in semiconductor materials processing, can be accomplished by rapidly...Problem 1.56P:
In the thermal processing of semiconductor materials, annealing is accomplished by heating a silicon...Problem 1.57P:
A furnace for processing semiconductor materials is formed by a silicon carbide chamber that is...Problem 1.58P:
Single fuel cells such as the one of Example 1.5 can be scaled up by arranging them into a fuel cell...Problem 1.62P:
A small sphere of reference-grade iron with a specific heat of 447J/kgK and a mass of 0.515 kg is...Problem 1.63P:
A 50mm45mm20mm cell phone charger has a surface temperature of Ts=33C when plugged into an...Problem 1.64P:
A spherical, stainless steel (AISI 302) canister is used to store reacting chemicals that provide...Problem 1.67P:
A photovoltaic panel of dimension 2m4m is installed on the roof of a home. The panel is irradiated...Problem 1.68P:
Following the hot vacuum forming of a paper-pulp mixture, the product, an egg carton, is transported...Problem 1.72P:
The roof of a car in a parking lot absorbs a solar radiant flux of 800W/m2, and the underside is...Problem 1.75P:
Consider Problem 1.1. If the exposed cold surface of the insulation is at T2=20C, what is the value...Problem 1.78P:
A thin electrical heating element provides a uniform heat flux qo to the outer surface of a duct...Problem 1.82P:
The curing process of Example 1.9 involves exposure of the plate to irradiation from an infrared...Problem 1.83P:
The diameter and surface emissivity of an electrically heated plate are D=300mm and =0.80,...Problem 1.84P:
Bus bars proposed for use in a power transmission station have a rectangular cross section of height...Browse All Chapters of This Textbook
Book Details
Completely updated, the sixth edition provides engineers with an in-depth look at the key concepts in the field. It incorporates new discussions on emerging areas of heat transfer, discussing technologies that are related to nanotechnology, biomedical engineering and alternative energy. The example problems are also updated to better show how to apply the material. And as engineers follow the rigorous and systematic problem-solving methodology, they'll gain an appreciation for the richness and beauty of the discipline.
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We offer sample solutions for Introduction to Heat Transfer homework problems. See examples below:
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