Study on Structural Analysis of DCB Specimen Bonded with Aluminum Foam Composite
In this study, the fracture behaviour of DCB(double cantilever beam) specimen with aluminum foam composite materials is analyzed by simulation. The used model is 3D configuration on the basis of British industrial standard and ISO international standard. As the thickness of model is increased, the length of propagated crack is increased and the load becomes higher. The analysis result obtained by this study can be applied at the practical composite structure bonded with aluminum foam materials. The fracture behaviour is analyzed and the mechanical property can be understood.
Abstract The ( 6 Li,d) reaction is well described by finite-range DWBA calculations that use 6 Li and deuteron optical model parameters that fit elastic scattering when an antisymmetrized 6 Li wavefunction is used.