An explicit density-based solver of the compressible Euler equations suitable for cavitation
simulations is presented, using the full Helmholtz energy Equation of State (EoS) for n-
Dodecane. Tabulated data are derived from this EoS in order to calculate the
thermodynamic properties of the liquid, vapour and mixture composition during cavitation.
For determining thermodynamic properties from the conservative variable set, bilinear
interpolation is employed; this results to significantly reduced computational cost despite the …