Using a fixed time window across backgrounds and flash strengths yielded similar results.
The ultimate tensile strength, yield strength, and elongation are (371±10) MPa, (350±5) MPa and (7±2)%, respectively.
The variables in test specimens include the concrete compressive strength, yield strengths of reinforcement and the axial compression levels.
It was found that the ultimate tensile strength, yield tensile strength and elongation increase with decreasing cell spacing.
Significant differences in tensile strength, yield strength, and high temperature ductility were observed with respect to the microstructural changes.
As for Mo-containing one, the yield strength, yield ratio, and n value are 746 MPa, 0.66, and 0.33, respectively.
The dense SLM specimens had an ultimate tensile strength, yield strength, and breaking elongation of 400 MPa, 200 MPa, and 12 17%, respectively.
The outputs of the ANN model include property parameters namely: ultimate tensile strength, yield strength, percentage elongation, reduction in area and impact energy.
Both processing routes results in ultrafine grained structures which together with dislocation and solid solution strengthening bring about high strength (yield strength exceeds 400 MPa).
In a tensile test, it was observed that the higher the applied pressure, the higher the ultimate strength, yield strength, and elongation.
