高压扭转载荷越大，扭转圈数越多，细化效果越明显，显微硬度值也越高。
The greater the high pressure torsion load and the more turns applied,? The more obvious refinement effect and the higher the microhardness value.
本文采用标准光滑圆柱试样，研究了35钢在扭转载荷下的屈服过程以及屈服机理。
The yield procedure and mechanics of steel 35 under torsional load were studied by standard cylinder specimen in this paper.
本文采用数值分析的方法对U 型波纹管膨胀节在扭转载荷作用下的稳定性进行分析。
The stability of U-shaped bellows under torsion load is numerically analyzed in the thesis.
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