Boundary Elements and Other Mesh Reduction Methods: XXVIII

Section 1: Advanced formulations Explicit formulations for advanced Green's functions with built-in boundaries; The meshless analog equation method: a new highly accurate truly mesh-free method for solving partial differential equations; Solving Poisson's equations by the Discrete Least Square Meshless method; Evaluation of Asian option by using RBF approximation; Bumps modeling using the principal shear stresses; Integral equations for elastic problems posed in principal directions: application for adjacent domains; Matrix decomposition MFS algorithms; A meshfree minimum length method; DRM formulation for axisymmetric laser-material interactions Section 2: Advanced structural applications Large deflection analysis of membranes containing rigid inclusions; Shear deformation effect in nonlinear analysis of spatial beams subjected to variable axial loading by BEM; High rate continuum modeling mesh reduction methodologies and advanced applications; Boundary element analysis of strain fields in InAs/GaAs quantum wire structures Section 3: Heat and mass transfer A meshless solution procedure for coupled turbulent flow and solidification in steel billet casting; Conduction heat transfer with nonzero initial conditions using the Boundary Element Method in the frequency domain; The heat release rate of the fire predicted by sequential inverse method Section 4: Electrical engineering and electromagnetics Computation of maximal electric field value generated by a power substation; Transient analysis of coated thin wire antennas in free space via the Galerkin-Bubnov indirect Boundary Element Method; Synthesis method of the Cassegrain type unsymmetrical antennas; Numerical simulation of a 3D virtual cathode oscillator Section 5: Fluid flow Iterative coupling in fluid-structure interaction: a BEM-FEM based approach; The Complex Variable Boundary Element Method for potential flow problems; BE DRM-MD for two-phase flow through porous media; Boundary element method for the analysis of flow and concentration in a water reservoir Section 6: Computational techniques A Laplace transform boundary element solution for the biharmonic diffusion equation; Transformative models in reliability assessment of structures; Rapid re-analysis in BEM elastostatic calculations Section 7: Dynamics and vibrations 3D wave field scattered by thin elastic bodies buried in an elastic medium using the Traction Boundary Element Method; Wave propagation in elastic and poroelastic media in the frequency domain by the boundary element method; A space-time boundary element method for 3D elastodynamic analysis Section 8: Damage fracture and mechanics Wave motion through cracked, functionally graded materials by BEM; Boundary element formulation applied to multi-fractured bodies; Penalty formulation of damage in classical composites