Solutions for Fundamentals of Heat and Mass Transfer
Problem 11.1P:
In a fire-tube boiler, hot products of combustion flowing through an array of thin-walled tubes are...Problem 11.3P:
A shell-and-tube heat exchanger is to heat an acidic liquidthat flows in untinned tubes of inside...Problem 11.4P:
A steel tube (k=50W/mK) of inner and outer diameters Di=20 mm and Do=26 mm, respectively, is usedto...Problem 11.5P:
A heat recovery device involves transferring energyfrom the hot flue gases passing through an...Problem 11.6P:
A novel design for a condenser consists of a tube of thermal conductivity 200W/mK with longitudinal...Problem 11.7P:
The condenser of a steam power plant containsN=1000 brass tubes (kt=110W/mK) ,each of inner and...Problem 11.8P:
Thin-walled aluminum tubes of diameter D = 10mmare used in the condenser of an air conditioner....Problem 11.9P:
A tinned-tube, cross-how heat exchanger is to use theexhaust of a gas turbine to heat pressurized...Problem 11.10P:
Water at a rate of 45,500kg/h is heated from 80 to150°C in a heat exchanger having two shell passes...Problem 11.11P:
A novel heat exchanger concept consists of a largenumber of extruded polypropylene sheets...Problem 11.13P:
A process fluid having a specific heat of 3500J/kgK and flowing at 2 kg/s is to be cooled from 80°C...Problem 11.14P:
A shell-and-tube exchanger (two shells, four tube passes) is used to heat 10,000 kg/h of pressurized...Problem 11.15P:
Consider the heat exchanger of Problem 11.14. Afterseveral years of operation, it is observed that...Problem 11.16P:
The hot and cold inlet temperatures to a concentrictube heat exchanger are Th,i=200C , Tc,i=100C...Problem 11.17P:
A concentric tube heat exchanger of length L = 2 m isused to thermally process a pharmaceutical...Problem 11.18P:
A counterflow, concentric tube heat exchanger is designed to heat water from 20 to 80°C using hot...Problem 11.20P:
Consider a concentric tube heat exchanger with an area of 50m2 operating under the following...Problem 11.22P:
A shell-and-tube heat exchanger must be designed to heat 2.5 kg/s of water from 15 to 85°C. The...Problem 11.23P:
A concentric tube heat exchanger for cooling lubricating oil is comprised of a thin-walled inner...Problem 11.24P:
A counterflow, concentric tube heat exchanger used for engine cooling has been in service for an...Problem 11.25P:
An automobile radiator may be viewed as a cross-flowheat exchanger with both fluids unmixed....Problem 11.26P:
Hot air for a large-scale drying operation is to be produced by routing the air over a tube bank...Problem 11.27P:
In a dairy operation, milk at a flow rate of 250 L/h anda cow-body temperature of 38.6°C must be...Problem 11.34P:
The compartment heater of an automobile exchangesheat between warm radiator fluid and cooler...Problem 11.35P:
A counterflow, twin-tube heat exchanger is made bybrazing two circular nickel tubes, each 40 m...Problem 11.36P:
Consider a coupled shell-in-tube heat exchange deviceconsisting of two identical heat exchangers A...Problem 11.38P:
For health reasons, public spaces require the continuous exchange of a specified mass of stale...Problem 11.43P:
A shell-and-tube heat exchanger (1 shell pass, 2 tubepasses) is to be used to condense 2.73 kg/s of...Problem 11.44P:
Saturated water vapor leaves a steam turbine at a flowrate of 1.5 kg/s and a pressure of 0.51 bar....Problem 11.46P:
The human brain is especially sensitive to elevatedtemperatures. The cool blood in the veins leaving...Problem 11.48P:
A plate-tin heat exchanger is used to condense a saturated refrigerant vapor in an air-conditioning...Problem 11.50P:
In a supercomputer, signal propagation delays arereduced by resorting to high-density circuit...Problem 11.51P:
Untapped geothermal sites in the United States havethe estimated potential to deliver 100,000MW...Problem 11.53P:
A shell-and-tube heat exchanger consists of 135 thin-walled tubes in a double-pass arrangement, each...Problem 11.54P:
An ocean thermal energy conversion system is beingproposed for electric power generation. Such a...Problem 11.57P:
The chief engineer at a university that is constructing alarge number of new student dormitories...Problem 11.58P:
A shell-and-tube heat exchanger with one shell passand 20 tube passes uses hot water on the tube...Problem 11.63P:
A recuperator is a heat exchanger that heats air used ina combustion process by extracting energy...Problem 11.66P:
A cross-flow heat exchanger consists of a bundle of 32 tubes in a 0 0.6-m2 duct. Hot water at 150°C...Problem 11.67P:
Exhaust gas from a furnace is used to preheat the combustion air supplied to the furnace burners....Problem 11.69P:
A liquefied natural gas (LNG) regasification facilityutilizes a vertical heat exchanger or vaporizer...Problem 11.72P:
A shell-and-tube heat exchanger consisting of oneshell pass and two tube passes is used to transfer...Problem 11.74P:
The power needed to overcome wind and friction dragassociated with an automobile traveling at a...Problem 11.77P:
Consider a Rankine cycle with saturated steam leaving the boiler at a pressure of 2 MPa and a...Problem 11.78P:
Consider the Rankine cycle of Problem 11.77, whichrejects 2.3 MW to the condenser, which is...Problem 11.82P:
Hot exhaust gases are used in a shell-and-tubeexchanger to heat 2.5 kg/s of water from 35 to 85°C....Problem 11S.4P:
Solve Problem 11.15 using the LMTD method.Browse All Chapters of This Textbook
Chapter 1 - IntroductionChapter 2 - Introduction To ConductionChapter 3 - One-dimensional, Steady-state ConductionChapter 4 - Two-dimensional, Steady-state ConductionChapter 5 - Transient ConductionChapter 6 - Introduction To ConvectionChapter 7 - External FlowChapter 8 - Internal FlowChapter 9 - Free ConvectionChapter 10 - Boiling And Condensation
Book Details
Completely updated, the seventh 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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