The Young's moduli are calculated for both materials from the stress strain curves.
The displacement production rate and gas productions are calculated for common materials such as tungsten, tantalum and SS316.
Relations between fracture toughness and microstructural details have been calculated for ductile materials based on a dilatational plasticity constitutive model that has recently been proposed.
The results showed that activity concentration of natural radionuclides as 226Ra, 228Ra, 228Th, 40K are below the clearance limit and activity concentration indices calculated for all materials used for experiments met the existing criteria allowing to use them for construction purposes.
If the maximum shear stress failure criterion is utilized, principle stresses must be calculated for the material.
The quality factors calculated for this material system increase with temperature (Table 1), meaning the theoretical maximum zT also increases with temperature.
The LCI are calculated for 100%% material efficiency, theoretical max yield (i.e., all of the metal fed into the process comes out as product nanoparticles without material losses).
An approximate porosity could be calculated for the material from the mass of sand compacted in the diffusion cells (about 6.1 ± 0.3 g) and the volume of the sand column (50 mm long by 10 mm diameter).
Then, using the DQ and DSC methods, the frequencies values have been calculated for different material and geometric parameters, modes and boundary cases for truncated conical panels with FGM.
