Encapsulated OSB Energy Absorption Potential

The transport of radioactive substances is, in many ways, necessary the context nuclear fuel cycle that aims to generate energy or radioisotopes. In event a possible accident, shock-absorbing parts reduce mechanical stresses on other components packaging, since large part kinetic is absorbed by shock absorber. To standardize design research reactor spent assembly devices numerical analysis, set dynamic simulations benchmark was conducted representatively capture phenomena found drop tests used project qualifications. This study present comparison different ways applying wood and composites as useful accessible impact-absorbing material. modelling characteristics are validated non-isotropic materials discussed. demonstrates application material models where absorption main structural function. this case, orientation fibers became sensitive with an approximate difference 10% more impact potential, without considerable variation duration interval maximum deceleration.