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Application of the Boundary Element Method to Generalized Coupled
Hybrid Stress Analysis of Boundary and Finite Elements by SuperElement
A Boundary Element Method Formulation for Fractional Operator Modeled
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03 LINE accuracy applied approach approximation assumed BEASY Beskos body boundary conditions boundary element analysis boundary element formulation Boundary Element Method boundary integral equation Brebbia calculation cavities circular coefficient components computed constant contact problems contact zone coupled crack tip CVBEM defined deflexion deformation derived design boundary design variables dimensional discretization displacement vector domain integrals Dynamic elastic elastodynamic elliptic crack Engineering evaluated fillet finite difference finite element Finite Element Method forces foundation Fracture Mechanics frequency fundamental solution geometry interface internal interpolation functions iteration Laplace transform LINE LINE LINE linear load matrix Mechanics mesh nodal directions nodal point nodes nonlinear normal objective function obtained optimal plane plastic plate Poisson's ratio potential procedure quadratic ratio rectangular represent representation rigid shown in Figure singular solved step stress intensity factor structure tangential technique tensor thickness thread three-dimensional transformed unknowns variation vector Vibration viscoelastic wave