Error analysis and estimation for the finite volume method with applications to fluid flows. June 15, July 28, , How can we justify this one? The following articles are merged in Scholar. Get my own profile Cited by View all All Since Citations h-index 29 25 iindex 58 In this case, you get gradient rho phi in the diffusion term instead of of rho gradient phi.

New articles related to this author’s research. Reliability problems in CFX 5. How can we justify this one? In chemical engineering this is done quite often. International workshop on coupled methods in numerical dynamics , , In Jasaks thesis or Rusches thesis? May 27,

This means you have a discretization in mass parts. Articles 1—20 Show more.

# Hrvoje Jasak – [email protected]

In this case, you get gradient rho phi in the diffusion term instead of of rho gradient phi. Imperial College London University of London My profile My library Metrics Alerts.

I hope all is well with you. New articles by this author. All times are GMT Verified email at fsb. February 1, Tags diffusionhrvoje jasakrho jasakk, transport equation Thread Tools.

## Hrvoje Jasak

Teichmann page It looks like this “rho” comes from the mixture fraction In chemical engineering this is done quite often. David Schmidt University of Massachusetts Verified email at acad.

This “Cited by” count includes citations to the following articles in Scholar. Why in Hrvoje Jasak’s thesis diffusion term has “rho”?

# OpenFoam & CFD Literature // metinsaylan

January 31, In standard form of the transport equation there is not rho in the diffusion term. I ran into the scalar transport equation in Hrvoje Jasak’s thesis page New citations to this author. Thank you for your answers and explanations. I think the error steams from the often used formulation to use rho phi as single variable. How can we justify this one?

International journal for numerical methods in fluids 31 2, Hi, As far as I know, a diffusion term with ‘rho’ is more general.

Their combined brvoje are counted only for the first article. Add Thread to del.

This is not correct, if you look here: The system can’t perform the operation now. Fundamentals 38 3, Now which one is correct?

Henrik Bredmose Associate professor Verified email at dtu. Email address for updates. I would recommend you to read this article: I can’t understand that! In CFD you want a discretization in volume, since you have a volumetric mesh fixed volumetric cells in the Jaak space.