Systems Analysis And Design 8th Edition Detail
Transient conduction (see Heat equation) occurs when the temperature within an object changes as a function of time. Analysis of transient systems is more complex and often calls for the application of approximation theories or numerical analysis by computer.
In this method, the ratio of the conductive heat resistance within the object to the convective heat transfer resistance across the object's boundary, known as the Biot number, is calculated. For small Biot numbers, the approximation of spatially uniform temperature within the object can be used: it can be presumed that heat transferred into the object has time to uniformly distribute itself, due to the lower resistance to doing so, as compared with the resistance to heat entering the object.
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Systems Analysis And Design 8th Edition
Transient conduction (see Heat equation) occurs when the temperature within an object changes as a function of time. Analysis of transient systems is more complex and often calls for the application of approximation theories or numerical analysis by computer.
In this method, the ratio of the conductive heat resistance within the object to the convective heat transfer resistance across the object's boundary, known as the Biot number, is calculated. For small Biot numbers, the approximation of spatially uniform temperature within the object can be used: it can be presumed that heat transferred into the object has time to uniformly distribute itself, due to the lower resistance to doing so, as compared with the resistance to heat entering the object.
Systems Analysis And Design 8th Edition
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