Encyclopedia of Physical Science and Technology, Volume 2Academic Press, 1992 - Physical sciences |
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Page 247
... equation describing the nature of ABLS is the turbulent kinetic energy equation , = d ( TKE ) / dt SP + BPL + R - DL where TKE is turbulence kinetic energy per unit mass , SP is shear production , BPL is buoyant production or loss , R ...
... equation describing the nature of ABLS is the turbulent kinetic energy equation , = d ( TKE ) / dt SP + BPL + R - DL where TKE is turbulence kinetic energy per unit mass , SP is shear production , BPL is buoyant production or loss , R ...
Page 581
... equations often turns out to be an adjoint operator of L. If we now choose u * to be the solution of the equation Lo ( u * ) + d ( x , ૐ ) = 0 ( 3 ) where d ( x , § ) is a unit impulse function at § , we can easily see that the right ...
... equations often turns out to be an adjoint operator of L. If we now choose u * to be the solution of the equation Lo ( u * ) + d ( x , ૐ ) = 0 ( 3 ) where d ( x , § ) is a unit impulse function at § , we can easily see that the right ...
Page 588
... equation method , a panel method . and a boundary inte- gral equation method . The name was changed to boundary element method by Banerjee and But- terfield in 1975 to make the method more appeal- ing to engineers Since then , many text ...
... equation method , a panel method . and a boundary inte- gral equation method . The name was changed to boundary element method by Banerjee and But- terfield in 1975 to make the method more appeal- ing to engineers Since then , many text ...
Contents
Guide to Using the Encyclopedia ix Atomic Physics | 339 |
Approximations and Expansions 1 Atomic Spectrometry | 357 |
Archaeological Geology 31 Atomic Spectroscopy | 381 |
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