Solutions for Introduction to Heat Transfer
Problem 3.1P:
Consider the plane wall of Figure 3.1, separating hot andcold fluids at temperatures T,1 and T,2,...Problem 3.2P:
A new building to be located in a cold climate is beingdesigned with a basement that has an...Problem 3.3P:
The rear window of an automobile is defogged by passingwarm air over its inner surface. If the warm...Problem 3.4P:
The rear window of an automobile is defogged by attachinga thin, transparent, film-type heating...Problem 3.5P:
A dormitory at a large university, built 50 years ago, hasexterior walls constructed of...Problem 3.6P:
In a manufacturing process, a transparent film is beingbonded to a substrate as shown in the sketch....Problem 3.8P:
A t=10-mm-thick horizontal layer of water has a topsurface temperature of Tc=4C and a bottom...Problem 3.10P:
The wind chill, which is experienced on a cold, windyday, is related to increased heat transfer from...Problem 3.12P:
A thermopane window consists of two pieces of glass7 mm thick that enclose an air space 7 mm thick....Problem 3.13P:
A house has a composite wall of wood, fiberglass insulation,and plaster board, as indicated in the...Problem 3.17P:
Consider the oven of Problem 1.54. The walls of theoven consist of L=30-mm-thick layers of...Problem 3.18P:
The composite wall of an oven consists of three materials,two of which are of known thermal...Problem 3.19P:
The wall of a drying oven is constructed by sandwichingan insulation material of thermal...Problem 3.20P:
The t=4-mm-thick glass windows of an automobilehave a surface area of A=2.6m2. Theoutside...Problem 3.22P:
In the design of buildings, energy conservation requirementsdictate that the exterior surfacearea,...Problem 3.26P:
A composite wall separates combustion gases at 2600C from a liquid coolant at 100C, with gas-...Problem 3.30P:
The performance of gas turbine engines may beimproved by increasing the tolerance of the...Problem 3.31P:
A commercial grade cubical freezer, 3 m on a side,has a composite wall consisting of an exterior...Problem 3.35P:
A batt of glass fiber insulation is of density =28kg/m3. Determine the maximum and minimum...Problem 3.36P:
Air usually constitutes up to half of the volume ofcommercial ice creams and takes the form of...Problem 3.39P:
The diagram shows a conical section fabricatedfrom pure aluminum. It is of circular cross...Problem 3.41P:
From Figure 2.5 it is evident that, over a wide temperaturerange, the temperature dependence of the...Problem 3.42P:
Consider a tube wall of inner and outer radii ri and ro, whose temperatures are maintained at Ti and...Problem 3.47P:
To maximize production and minimize pumping costs,crude oil is heated to reduce its viscosity during...Problem 3.48P:
A thin electrical heater is wrapped around the outer surfaceof a long cylindrical tube whose inner...Problem 3.53P:
A wire of diameter D=2mm and uniform temperatureT has an electrical resistance of 0.01/m and a...Problem 3.55P:
Electric current flows through a long rod generatingthermal energy at a uniform volumetric rate of...Problem 3.57P:
A long, highly polished aluminum rod of diameter D=35mm is hung horizontally in a large room. The...Problem 3.63P:
Consider the series solution, Equation 5.42, for the plane wall with convection. Calculate midplane...Problem 3.65P:
Copper-coated, epoxy-filled fiberglass circuit boards are treated by heating a stack of them under...Problem 3.67P:
A constant-property, one-dimensional Plane slab of width 2L, initially at a uniform temperature, is...Problem 3.68P:
Referring to the semiconductor processing tool of Problem 5.13, it is desired at some point in the...Problem 3.73P:
Steel is sequentially heated and cooled (annealed) to relieve stresses and to make it less brittle....Problem 3.79P:
The strength and stability of tires may be enhanced by heating both sides of the rubber...Problem 3.82P:
A long rod of 60-mm diameter and thermophysical properties =8000kg/m3,c=500J/kgK,andk=50W/mK is...Problem 3.83P:
A long cylinder of 30-min diameter, initially at a uniform temperature of 1000 K, is suddenly...Problem 3.93P:
In Section 5.2 we noted that the value of the Biot number significantly influences the nature of the...Problem 3.99P:
Work Problem 5.47 for the case of a sphere of radius r0.Problem 3.104P:
Consider the plane wall of thickness 2L, the infinite cylinder of radius ro, and the sphere of...Problem 3.105P:
Problem 4.9 addressed radioactive wastes stored underground in a spherical container. Because of...Problem 3.111P:
A one-dimensional slab of thickness 2L is initially at a uniform temperature Ti. Suddenly, electric...Problem 3.116P:
Derive the transient, two-dimensional finite-difference equation for the temperature at nodal point...Problem 3.123P:
Consider two plates, A and B, that are each initially isothermal and each of thickness L=5mm. The...Problem 3.124P:
Consider the fuel element of Example 5.11, which operates at a uniform volumetric generation rate of...Problem 3.130P:
Consider the thick slab of copper in Example 5.12, which is initially at a uniform temperature of...Problem 3.131P:
In Section 5.5, the one-term approximation to the series solution for the temperature distribution...Problem 3.132P:
Thermal energy storage systems commonly involve a packed bed of solid spheres, through which a hot...Problem 3.136P:
A tantalum rod of diameter 3 mm and length 120 mm is supported by two electrodes within a large...Problem 3.137P:
A support rod k=15W/mK,=4.0106m2/s of diameter D=15mm and length L=100mm spans a channel whose walls...Problem 3.140P:
A thin circular disk is subjected to induction heating from a coil, the effect of which is to...Problem 3.141P:
An electrical cable, experiencing uniform volumetric generation q, is half buried in an insulating...Problem 3.146P:
Consider the fuel element of Example 5.11, which operates at a uniform volumetric generation rate of...Problem 3.151P:
In a manufacturing process, stainless steel cylinders (AISI 304) initially at 600 K are quenched by...Problem 3.154P:
Carbon steel (AISI 1010) shafts of 0.1-m diameter are heat treated in a gas-fired furnace whose...Problem 3.155P:
A thermal energy storage unit consists of a large rectangular channel, which is well insulated on...Problem 3.156P:
Small spherical particles of diameter D=50m contain a fluorescent material that, when irradiated...Problem 3.157P:
A spherical vessel used as a reactor for producing pharmaceuticals has a 5-mm-thick stainless steel...Problem 3.158P:
Batch processes are often used in chemical and pharmaceutical operations to achieve a desired...Problem 3.159P:
Consider a thin electrical heater attached to a plate and backed by insulation. Initially, the...Problem 3.160P:
An electronic device, such as a power transistor mounted on a finned heat sink, can be modeled as a...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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