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Exact(7)
All necessary materials data are compiled in Table 2.
Finally, irradiated and aged materials data are compared to insure that the safety margins incorporated in unirradiated design limits are not exceeded.
It is in this context that renewed efforts to develop standard formats for engineering materials data are taking place in the frame of CEN Workshops.
Finally, irradiated and aged materials data are compared to ensure that the safety margins incorporated in unirradiated design limits are not exceeded.
Simulation and modeling for specimen or test design that requires a range of sufficiently accurate materials data are briefly discussed as well.
The following materials data are presented and discussed: Thermal expansion data, mechanical and fatigue properties of Cu foils (electrodeposited (ED), rolled and annealed) and wires with varying thickness.
Similar(53)
In order to provide a more general picture about the stability of the analytes between the different materials, data were re-evaluated at 95%% of confidence levels.
The thermal and mechanical material data are temperature-independent and are indicated in Fig. 15.
Material data are of basic importance for the design, operation, and maintenance of process plants.
Also, results obtained using realistic (frequency dependent) and constant viscoelastic material data are compared.
By the way, those values are numerical, but the actual bottom material data are qualitative and show somewhat discontinuous features.
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