... interface wave adaptive mesh refinement ABSTRACT The paper is based on adaptive mesh refinement (AMR) to numerically simulate the multilayer liquid sloshing in a three-dimensional rectangular vessel with different external excitations. The numerical simulation is carried out in a numerical tank...

... ABSTRACT Cavitation is a complex hydrodynamic phase transition phenomenon occurring in the low-pressure region of liquid, the interface between liquid and steam is fuzzy and requires high mesh resolution. Based on STAR-CCM+, this paper uses adaptive mesh refinement to simulate and analyze NACA...

... ABSTRACT Multi-Scale Flow Structures Can Be Observed In The Process Of Droplet Impact On A Deep Pool, Such As Central Jet, Splash, Micro-Droplets. We Have Performed 3-D Direct Numerical Simulation Of This Problem. By Using Block-Based Adaptive Mesh Refinement (Bamr) Algorithm, Highresolution...

... and the drag coefficient C D are analyzed and compared with each other. It is found that the adaptive mesh refinement can effectively capture the change of cavitation morphology, especially the cavitation shedding process, while the the calculation cost is generally lowered. INTRODUCTION Cavitation...

... gerris equation mesh run adaptive mesh refinement adaptive mesh run tsunami runup modeling resolution performance indicator discretization strategic planning and management water level coefficient nonadaptive run benchmarking numerical experiment accuracy Tsunami Run-up...

... ABSTRACT: Adaptive mesh refinement (AMR) is one of the powerful computational tools to enhance local computing resolution at less cost. In this paper, computational performances of AMR for tsunami computer simulations were examined in terms of the accuracy and computational cost through...