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A combination of the direct and the indirect boundary element methods is used to compute numerical results.
A shape design sensitivity formulation for structural acoustic problems using sequential finite element and boundary element methods is presented.
An approach combining finite element with boundary element methods is proposed to calculate the elastic vibration and acoustic field radiated from an underwater structure.
However, even for simple model problems, quasi-optimality of adaptive boundary element methods is a major open issue, cf. [3,18,31].
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The standard a posteriori error estimates for boundary element methods are obtained from the classical boundary integral equations.
The finite element and boundary element methods are used to model the structure and the fluid, respectively.
Numerical methods such as boundary element methods are widely used for the stress analysis in solid mechanics.
The finite element and boundary element methods are employed in this study to investigate the sound radiation characteristics of a box-type structure.
Boundary element methods are powerful tools to study interfacial dynamics of droplets in microchannels due to its high facility in describing the complex geometries and the various boundary conditions.
Now three-dimensional finite and/or boundary element methods are generally used to perform vibro-acoustics for a train wheel.
In addition, finite element methods, or boundary element methods, are useful for calculating the deformation of volcanoes with a steep topography.
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