A three-dimensional modeling for coalescence of multiple cavitation bubbles near a rigid wall
The Boundary Integral Method (BIM) has been widely and successfully applied to cavitation
bubble dynamics; however, the physical complexities involved in the coalescence of
multiple bubbles are still challenging for numerical modeling. In this study, an improved
three-dimensional (3D) BIM model is developed to simulate the coalescence of multiple
cavitation bubbles near a rigid wall, including an extreme situation when cavitation bubbles
are in contact with the rigid wall. As the first highlight of the present model, a universal …
bubble dynamics; however, the physical complexities involved in the coalescence of
multiple bubbles are still challenging for numerical modeling. In this study, an improved
three-dimensional (3D) BIM model is developed to simulate the coalescence of multiple
cavitation bubbles near a rigid wall, including an extreme situation when cavitation bubbles
are in contact with the rigid wall. As the first highlight of the present model, a universal …
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