EBK INTRODUCTION TO HEAT TRANSFER6th EditionBergman Publisher: YUZUISBN: 8220102003422
EBK INTRODUCTION TO HEAT TRANSFER
Solutions for EBK 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
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Introduction to Heat Transfer is the gold standard of heat transfer pedagogy for more than 30 years, with a commitment to continuous improvement by four authors having more than 150 years of combined experience in heat transfer education, research and pra
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