Fluid transport process in porous media using boundary domain integral method /

The boundary domain integral method (BDIM) is used for the solution of the transport process in incompressible viscous fluid flow through porous media. We discuss flow phenomena in a static medium, i.e. a medium whose morphology does not change during a given process.Within the continuum approcah we...

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Main Authors: Jecl, Renata. (Author), Škerget, Leopold. (Author)
Format: Book Chapter
Jezik:English
Teme:
Sorodne knjige/članki:Vsebovano v: Computational fluid dynamics `98
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040 |a KTFMB  |b slv  |c SI-MaIIZ  |d KTFMB  |e ppiak 
080 |a 531/533 
100 1 |a Jecl, Renata.   |4 aut 
245 0 0 |a Fluid transport process in porous media using boundary domain integral method /   |c Renata Jecl and Leopold Škerget.  
300 |a Str. 1180-1185.  
520 |a The boundary domain integral method (BDIM) is used for the solution of the transport process in incompressible viscous fluid flow through porous media. We discuss flow phenomena in a static medium, i.e. a medium whose morphology does not change during a given process.Within the continuum approcah we used the complete Navier-Stokes equations (Darcy law + Brinkman extension) to describe the fluid motion in porous media. The velocity-vorticity formulation of the conservative equations is employed. The elliptic modified Helmholtz fundamental solution is used for kietics. The finite difference approximation for the time derivative of the field functions is adopted. 
653 0 |a mehanika fluidov  |a nestisljiv fluid  |a porozni medij  |a robno območna integralska metoda 
653 0 |a fluid mechanics  |a incompressible fluid  |a porous media  |a boundary domain integral method 
700 1 2 |a Škerget, Leopold.   |4 aut 
773 0 |a European Computational Fluid Dynamics Conference (4 : 1998 : Athens)  |t Computational fluid dynamics `98  |d Chichester [etc.] : John Wiley & Sons, 1998  |w 3928086  |z 0471985791  |g Str. 1180-1185