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Damped Wave Transport and Relaxation
By: Kal Renganathan SharmaImprint: Elsevier Science
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Transient problems in transport phenomena have a variety of applications, ranging from drug delivery systems in chemotherapy in bioengineering to heat transfer to surfaces in fluidized bed combustion (FBC) boilers in mechanical engineering. However, the attention given to transient problems is disproportionate with its occurrence in the industry. Damped Wave Transport and Relaxation looks at transient problems in heat, mass and momentum transfer: including non-Fourier effects of conduction and relaxation; non-Fick effects of mass diffusion and relaxation; and non-Newtonian effects of viscous momentum transfer and relaxation. The author also reviews applications to current problems of interest and uses worked examples and illustrations to describe the manifestations of using generalized transport equations. This book is intended for graduate students in transport phenomena and is an ideal reference source for industrial engineers.
* Provides a connection with molecular phenomena
* Separate sections are devoted to heat, mass and momentum transfer
* Includes exercises and examples of applications
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| Title of eBook: Damped Wave Transport and Relaxation | |
| Release Date: 11-29-2005 | |
| Publisher: Elsevier Science |
This eBook download is available in the following formats:
| Parent title | Damped Wave Transport and Relaxation |
|---|---|
| Encrypted (DRM) | Yes |
| SKU | 9780080459646 |
| File size | 20707 |
| Security | n/a |
| Printing | Not allowed |
| Copying | Not allowed |
| Read aloud | No Sys requirements Download reader |
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| Note | Excellent navigation features are available via Adobe such as bookmarks and a quick access table of contents. Text search is easily accessible. An Adobe DRM-protected file is different than a pdf file in that it uses Adobe DRM (Digital Rights Management) technology, which authors and publishers use to protect their content from illegal online distribution and to set certain privileges such as restrictions on copying and printing. |
Damped Wave Transport and Relaxation
Chapter One
1.0 The Damped Wave Conduction and Relaxation Equation
Nomenclature
a half-width of slab (m)
A cross-sectional area of the slab (m2)
Cp heat capacity (J/kg/K)
d diameter of molecule (m)
DAB binary diffusivity (m2/s)
E energy coefficient (J/m2/K)
E' energy coefficient (J/m/K)
Fj jth force G phonon electron coupling factor
h heat transfer coefficient (W/m2/K)
Jk kth flow k thermal conductivity (W/m/K)
Lkj phenomenological coefficients
l penetration length (m)
m mass of molecule (kg)
n' number of molecules per unit volume
P arbitrary distribution
Pb ballistic part
Pm diffusive part
q heat flux (W/m2)
t time (s)
T temperature (K)
t* characteristic time
mean molecular speed (m/s)
u dimensionless temperature for finite medium (T - Ts)/(T0 - Ts)
u' dimensionless temperature for semi-infinite medium (T - Ts)/(T0 - Ts)
u" dimensionless temperature at zero initial temperature (T/Ts)
Uy fluid velocity in the y directio
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