Reproducing kernel collocation method applied to the non-linear dynamics of pipe whip in a plane - Shaw, Amit; Roy, D.; Reid, S.R.; Aleyaasin, M. (International journal of impact engineering, 2007)
Keywords: Collocation methods; Elastic-plastic-hardening-softening beams; Exact sciences and technology; Fracture mechanics (crack, fatigue, damage...); Fundamental areas of phenomenology (including applications); Large deflections; Physics; Pipe whip; Solid mechanics; Static elasticity (thermoelasticity...); Structural and continuum mechanics; Travelling plastic hinges; Collocation methods; Elastic-plastic-hardening-softening beams; Large deflections; Travelling plastic hinges; Pipe whip; Non linear material; Non conservative system; Windows; Function approximation; Modeling; Cantilever beam; Inelasticity; Least squares method; Pulse response; Follower force; Collocation method; Equation of motion; Kinking; Pipe; Large displacement; Kernel method; Plasticity zone; Particle method; Meshless method; Non linear effect; Curvature; Plastic hinge; Strain hardening; Structural analysis; Finite difference method