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This indicates the validity and the accuracy of present immersed boundary method based on vorticity velocity formulations.
A new immersed boundary method based on vorticity velocity formulations for the simulation of 2D incompressible viscous flow is proposed in present paper.
In this paper, shear-induced exfoliation with interactions between graphene layers is simulated by using an immersed boundary method based on a spring network model with an interlayer potential.
An immersed boundary method based on a finite element method approach is successfully combined with an elastic spring network model to simulate the two-way fluid structure interaction coupling between the elastic cylindrical tube and the flow of a 3D viscous, incompressible fluid.
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Implementation of the Boundary Element Method based on the elastodynamic boundary integral equation and the Waveguide Finite Element Method allows for a numerically efficient calculation of scattering coefficients.
In this work an improved numerical solution of the singular boundary integral equation of the 2D compressible fluid flow around obstacles is obtained by a boundary element method based on modified shape functions and cubic boundary elements.
An isogeometric boundary element method based on T-splines is used to simulate acoustic phenomena.
The numerical approach is a boundary element method based on the Hadamard finite part.
A novel immersed boundary (IB) method based on an implicit direct forcing (IDF) scheme is developed for incompressible viscous flows.
For this translation slide model, the model is a tsunami source model established by Grilli and Watts et al. with advanced boundary element method based on full non-linear potential flow equations.
For the new sandglass-type floating model, firstly by using classic boundary element method based on wave potential theory, the effects of shape parameters on motion performance of sandglass-type model are studied.
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CEO of Professional Science Editing for Scientists @ prosciediting.com