Add to ORKGThe scaled boundary method is a semi-analytical method developed by Wolf and Song (1996) to derive the dynamic stiffness matrices of unbounded domains. A virtual work derivation for elastostatics developed by Deeks and Wolf (2002) improved the accessibility of the method by reformulating the complicated mathematics of the original derivation
A boundary integral equation of the first kind is discretised using Galerkin's method with piecewise...
The scaled boundary finite-clement method is a fundamental-solution-less boundary element method bas...
A technique to evaluate the dynamic stress intensity factors and T-stress is developed by extending ...
The application of boundary conditions and other constraints to the stiffness matrix and load vector...
The Rayleigh-Ritz Method together with the Penalty Function Method is used to investigate the use of...
The scaled boundary finite-element method is extended to simulate time-harmonic responses of non-hom...
Abstract The scaled boundary finite-element method is a new semi-analytical approach to computationa...
AbstractThe use of interior penalty methods as a basis for developing finite element approximations ...
Abstract. Aguiar (2004, 2006a) have considered a class of two-dimensional problems in classical line...
Finite element analysis (FEA) has become a popular tool for solving boundary value problems in engin...
Many physical phenomena, such as mass transport and heat transfer, are modeled by systems of partial...
International audienceThe "boundary stiffness matrix" characterizing in a discretized form the respo...
The use of negative penalty parameters such as elastic stiffness or mass to enforce constraints has ...
The present article investigates the application of the penalty function method in the analysis of b...
A novel polygon based numerical technique is formulated using the scaled boundary finite element met...
A boundary integral equation of the first kind is discretised using Galerkin's method with piecewise...
The scaled boundary finite-clement method is a fundamental-solution-less boundary element method bas...
A technique to evaluate the dynamic stress intensity factors and T-stress is developed by extending ...
The application of boundary conditions and other constraints to the stiffness matrix and load vector...
The Rayleigh-Ritz Method together with the Penalty Function Method is used to investigate the use of...
The scaled boundary finite-element method is extended to simulate time-harmonic responses of non-hom...
Abstract The scaled boundary finite-element method is a new semi-analytical approach to computationa...
AbstractThe use of interior penalty methods as a basis for developing finite element approximations ...
Abstract. Aguiar (2004, 2006a) have considered a class of two-dimensional problems in classical line...
Finite element analysis (FEA) has become a popular tool for solving boundary value problems in engin...
Many physical phenomena, such as mass transport and heat transfer, are modeled by systems of partial...
International audienceThe "boundary stiffness matrix" characterizing in a discretized form the respo...
The use of negative penalty parameters such as elastic stiffness or mass to enforce constraints has ...
The present article investigates the application of the penalty function method in the analysis of b...
A novel polygon based numerical technique is formulated using the scaled boundary finite element met...
A boundary integral equation of the first kind is discretised using Galerkin's method with piecewise...
The scaled boundary finite-clement method is a fundamental-solution-less boundary element method bas...
A technique to evaluate the dynamic stress intensity factors and T-stress is developed by extending ...