The structural integrity of a dual-purpose metal cask currently under development by the Korea Radioactive Waste Agency KORADD) was evaluated, through numerical simulations and a model test, under high-speed missile impact reflecting targeted aircraft crash conditions.
According to Eq. (7), high loading rates increase the rock strength, i.e., the joint asperities have higher dynamic strength in the direct shear test under higher shearing rates, which suppresses the joint asperity degradation but promotes the shearing sliding along the joint asperities.
Therefore, tests under high hydrostatic pressure are mandatory.
Surface wear is investigated after a series of accelerated lifetime tests under high dynamic load.
Two FS bars small scale mock-ups were manufactured and tested under high heat flux.
After non-destructive test, the W components were tested under high heat flux (HHF) in ITER Divertor Test Facility (IDTF) at NIIEFA.
Foam core sandwich composites have been tested under high strain rate (HSR) loading in the thickness direction.
Composites tested under high speed loading exhibited different responses as compared to similar composites tested under quasi-static condition.
The specimens are tested under high ratio of eccentric compression (e/d = 0.63) in a displacement controlled mode.
Some of these models have been validated against experimental data but only one has been tested under high water flow velocity conditions.
