PL
EN

Volume 105 (1999)

CONTENTS

No. 105, 1999, 115-152

Model of the ideal fluid with scalar microstructure. An application to flashing flow of water
JANUSZ BADUR, MARIUSZ BANASZKIEWICZ

Abstract

Ideal fluids, both compressible and incompressible exhibit a lack of thermal conductivity and viscous diffusion of momentum and mass. These fluids accumulate energy in a recoverable way and do not exhibit energy dissipation. The main aim of this paper is to show mathematical modelling of the microstructure whether there exists a simple and physically justified macroscopic field which would be relevant for complete description of the morfology of the microstructure.

Keywords:

recoverable contributions, balance equations, capillarity coefficient, scalar microstructure, ideal gas
DO GÓRY