Boundary Elements and Other Mesh Reduction Methods XXXVII

Contents Section 1: Advanced formulations Topological sensitivity of the objective function defined on morphing boundaries of two-dimensional heat conduction problems; A BEM and FEM analysis of fluid - structure interaction in a double tank; The hypersingular boundary element method revisited; An adaptive element subdivision technique for evaluating 3D weakly singular boundary integrals Section 2: Advanced meshless and mesh reduction methods Collocation and optimization initialization; The study of porous elastic plates by mesh-free methods; A Kansa-RBF method for Poisson problems in annular domains; A meshless stress analysis of nonhomogeneous materials using the triple-reciprocity boundary element method Section 3: Electrical engineering and electromagnetics Surface integral equation analysis of the electromagnetic interference (EMI) impact of wind turbines on radar systems; Boundary element method application for the impressed current cathodic protection of an offshore platform; The meshfree computation of stationary electric current densities in complex shaped conductors using 3D boundary element methods; A voxel-based electrostatic field analysis for the virtual-human model Duke using the indirect boundary element method with a GPU-accelerated fast multipole method; Reconstruction of the eddy current profile on the vacuum vessel in a nuclear fusion device using only external magnetic sensor signals Section 4: Heat and mass transfer Wavelet compression of parabolic diffusion integral kernels; Transient simulation of very large scale models using Krylov subspace-based model order reduction; A new method for the numerical evaluation of domain integrals in a 3D boundary element method for transient heat conduction Section 5: Solid mechanics On the modification of the method of mechanical quadrature for SIE in crack problems under step-like loads; Generalization of Michell's solution to the plane problem theory of elasticity in polar coordinates in the event of a radially inhomogeneous body Section 6: Dynamics and vibrations An efficient MFS model for the analysis of sonic crystals including fluid - solid interaction; On the harmonic solution for plate bending: considering the effects of shear deformation and forces in the middle plane; BEM modeling of wave diffraction in an elastic matrix with nano-heterogeneities; The synthesis of seismic signals for laterally inhomogeneous geological media via BIEM Section 7: Fluid flow modelling A direct boundary element approach for the numerical simulation of finite mobility ratio immiscible displacement in a Hele-Shaw cell; The indirect boundary element method for the two-dimensional pressure- and gravity-driven free surface Stokes flow