A non-reflecting boundary for analyzing wave propagation using the finite element method
- Liu, G.R.
- Quek Jerry, S.S.
DOIAbstract
10.1016/S0168-874X(02)00081-1Finite Elements in Analysis and Design395-6403-417FEAD
10.1016/S0168-874X(02)00081-1Finite Elements in Analysis and Design395-6403-417FEAD
Some beam-like structures such as a railway track are effectively infinite in nature. Analytical sol...
A modied version of an exact Non-re ecting Boundary Condition (NRBC) rst derived by Grote and Kelle...
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Truncating the infinite domain with an artificial boundary and then analysing the problem in its fin...
Wave transmitting boundaries are used to truncate an infinite domain when analysing soil-structure i...
Summary. For finite element analysis of wave propagation in an elastic medium surrounded by an adjac...
The object of this study is to develop a transmitting boundary suitable for use in numerical soluti...
Solution of the wave equation using techniques such as finite difference or finite element methods c...
Spectral element method is very efficient in modelling high-frequency stress wave propagation becaus...
A new calculation method elsewhere was introduced to wave diffraction and refraction for the boundar...
Summary: When solving the wave equation in infinite regions using finite ele-ment methods, the domai...
By using analytical mode shapes as the interpolating functions for both displacements and stresses o...
We build nonuniform numerical meshes for the finite difference and finite element approximations of ...
By using analytical mode shapes as the interpolating functions for both displacements and stresses o...
This article presents a new approach to designing non-reflective boundary (NRB) for inhibiting Lamb ...
Some beam-like structures such as a railway track are effectively infinite in nature. Analytical sol...
A modied version of an exact Non-re ecting Boundary Condition (NRBC) rst derived by Grote and Kelle...
ABSTRACTWhen modeling wave propagation, truncation of the computational domain to a manageable size ...
Truncating the infinite domain with an artificial boundary and then analysing the problem in its fin...
Wave transmitting boundaries are used to truncate an infinite domain when analysing soil-structure i...
Summary. For finite element analysis of wave propagation in an elastic medium surrounded by an adjac...
The object of this study is to develop a transmitting boundary suitable for use in numerical soluti...
Solution of the wave equation using techniques such as finite difference or finite element methods c...
Spectral element method is very efficient in modelling high-frequency stress wave propagation becaus...
A new calculation method elsewhere was introduced to wave diffraction and refraction for the boundar...
Summary: When solving the wave equation in infinite regions using finite ele-ment methods, the domai...
By using analytical mode shapes as the interpolating functions for both displacements and stresses o...
We build nonuniform numerical meshes for the finite difference and finite element approximations of ...
By using analytical mode shapes as the interpolating functions for both displacements and stresses o...
This article presents a new approach to designing non-reflective boundary (NRB) for inhibiting Lamb ...
Some beam-like structures such as a railway track are effectively infinite in nature. Analytical sol...
A modied version of an exact Non-re ecting Boundary Condition (NRBC) rst derived by Grote and Kelle...
ABSTRACTWhen modeling wave propagation, truncation of the computational domain to a manageable size ...
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