Elasticity & Crack Problem

1. Previous research and project Current work (Interior and exterior Acoustics) SH wave (exterior acoustics) (Inclusions) Research topics of NTOU / MSV LAB on null-field BIEs (2003-2008) Null-field BIEM NUMPDE 2008 Navier Equation Laplace Equation Helmholtz Equation Biharmonic Equation BiHelmholtz Equation ASME JAM 2006 EABE 2006 JSV 2007 MRC 2007,CMES 2006 Elasticity & Crack Problem (Potential flow) (Torsion) (Anti-plane shear) (Degenerate scale) (Free vibration of plate) Indirect BIEM Screw dislocation (addition theorem) (Plate with circular holes) IJNME 2008 Comp. Mech. 2008 Free vibration of plate Direct BIEM (Stokes flow) JCA 2008 CMAME 2007 ASME 2007 JoM 2007 EABE 2006 ASME JAM 2008 (Inclusion) (Piezoleectricity) (Beam bending) CSSV 2008 Green function for an annular plate Flexural wave of plate with one and two holes SDEE 2008 ICOME 2006 SH wave Impinging canyons Degenerate kernel for ellipse Torsion bar(Inclusion) Imperfect interface CMES Rev. 2008 Flexural wave of plate with two inclusions Green function of`circular inclusion (special case: static) CMC 2008 Image method (Green function) Added mass SH wave Impinging hill Green function of half plane (Hole and inclusion) Dynamic Green’s function for an infinite plate with a hole Modified Helmholtz Equation Effective conductivity 李應德 Water wave impinging circular cylinders Source (two cylinders) URL: http://ind.ntou.edu.tw/~msvlab E-mail: jtchen@mail.ntou.edu.tw海洋大學工學院河工所力學聲響振動實驗室 nullsystem2008-4.ppt`