An efficient and robust all-Mach numerical scheme for the simulation of compressible multi-component fluids including surface tension

A novel all-Mach consistent numerical scheme is proposed for compressible two-phase flows, achieving significant improvements in predicted detail with only marginal additional computational cost: 6.65% for the turbulent jet problem and 2.06% for the bubble collapse problem. The scheme demonstrates flexibility and robustness in simulating compressible multi-component fluids, including surface tension, cavitation, turbulence modeling on compact stencils, and sharp liquid–gas and vapor–liquid interfaces.     «

A novel all-Mach consistent numerical scheme is proposed for compressible two-phase flows, achieving significant improvements in predicted detail with only marginal additional computational cost: 6.65% for the turbulent jet problem and 2.06% for the bubble collapse problem. The scheme demonstrates flexibility and robustness in simulating compressible multi-component fluids, including surface tension, cavitation, turbulence modeling on compact stencils, and sharp liquid–gas and vapor–liquid inter...     »