This investigation aims at analyzing the thin film flow passed over an inclined moving plate.
The differential type non-Newtonian fluid of Williamson has been used as a base fluid in its …

An iterative three dimensional Boundary Element Method (BEM) is formulated to investigate
partial cavitating flows around cylindrical bodies at various angles of attack and validation is …

An efficient two-dimensional reduced-order hydroelastic model for studying supercavitation
phenomenonwith zero cavitation number is proposed. In order to compute fluid eigenmodes …

In the present study a new, fast, precise algorithm for studying hydroelastic stability of a
typical section with two degrees of freedom (2DOF) is proposed based on the finite element …

A new and efficient model for calculation of the unsteady hydrodynamic loads on an
oscillating plate in two-dimensional flow is proposed. In order to compute the hydrodynamic …

The most essential component in the cavitation flow is the pressure distribution in the flow
line where the cavity closes. In this paper, the three-dimensional boundary element method …

The paper presents applicability of the computer system to model and simulate fluid and gas
flow to assess surface cavitation wear. Abstract tube models with a decreasing inside …

In this paper simulation of steady super cavitation phenomenon has been considered by
using partial non-linear model of Boundary Element Method (BEM). The grid mesh used is …

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