Sentence examples for secondary strength from inspiring English sources
Above 325 °C, Zr additions provide a secondary strength increase that is attributed to precipitation of Zr-enriched outer shells onto the Al3Sc precipitates, leading to a peak microhardness of 618 MPa at 400 °C for Al 0.06Sc 0.06Zr.
Above 325 °C, Zr additions provide a secondary strength increase from the precipitation of Zr-enriched outer shells onto the Al3Sc precipitates, leading to a peak microhardness of 780 MPa at 400 °C for Al 0.1Sc 0.1Zr.
According to the results of Table 10, the maximum deviation of the measured value is about 0.9% that is acceptable for the piece because the piece to create a secondary strength is placed in another die, which the error tolerances are compensated.
Experimental measurements of this quiet zone are presented together with an analysis of the secondary source strength statistics.
The curvature in the z-axis is more pronounced than that existing in the x-axis, leading to the formation of more adverse pressure gradients forming and hence greater secondary flow strength.
The results show that in the turbine entry NGV, the secondary flow strength is not a dominant factor that determines NGV losses and therefore the changes of loading distribution due to blade lean and the associated loss mechanisms should be regarded as a key factor.
By tube inclination the warmer fluid is more accumulated at the upper part of tube because of decreasing secondary flow strength.
Regarding the secondary outcomes, strength and swelling have been shown to be inversely related, as measured on postoperative days 2 4 (Holm et al. 2010).
A Z-score for the secondary structure strength of each window was calculated by comparing the ensemble free energy mean ensemble free energy for 100 random shuffles of the 50 bp window.
The theory is developed such that optimal secondary source strengths are found to minimize three performance criteria: pressure at a selected set of points within the waveguide; potential energy in a selected volume of the waveguide; and power in the downstream region of the waveguide.
Includes: consolidation and secondary compression; basic strength principles; stress-strain strength behavior of clays, emphasizing effects of sample disturbance, anisotropy, and strain rate; strength and compression of granular soils; and engineering properties of compacted soils.
