Abstract
We propose a particle method (MPS method) which can analyse the large deformation, splitting and coalescence of liquid as a new calculation method and a gas-liquid coupling method of finite volume method which can stably solve the compressible flow. By doing this, we aim to solve the interface resolution problem in the interface capture method and to establish a complicated gas-liquid multiphase flow analysis method that can deal with large deformation case. At the temperature of 300K, the validity of the flow field is consistent with the reference. The processes from the acceleration and deformation of a droplet to the solidification of the droplet on a substrate are successfully being observed. The shape of the splat is influence by substrate temperature.
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