片语

stress-rupture property持久性能

stress to rupture test断裂应力试验

stress to rupture断裂应力

stress-rupture curve应力断裂曲线

low stress lingering rupture低应力延迟断裂

stress to rupture property应力断裂性能

stress-rupture test蠕变拉断试验

stress-rupture tester高温持久试验

英汉例句

• the influence of stress rupture notch sensitivity on crack growth rates have been investigated in gh36 iron-base superalloy discs.

  研究了gh36合金持久缺口敏感性对裂纹扩展速率的影响。

• transformation mechanism of carbides and their effect on the stress rupture property were investigated in a ni-base single crystal superalloy with microcontent of carbon.

  碳的镍基单晶高温合金在热处理和持久过程中的碳化物演化机制以及各种碳化物对合金持久性能的影响。

• experiment on stress rupture life of smooth and precracked superalloy specimens shows that small preexisting crack seriously reduces the stress rupture strength and life of superalloy components.

  光滑和预制裂纹的高温合金试件的应力持久寿命的实验结果说明，预先存在的小裂纹，严重地降低高温合金构件的应力持久强度和寿命。

• the effects of different heat-treatment on microstructure and stress rupture of mx246a have been studied in the present investigation.

  研究了不同热处理制度对mx246a合金显微组织和持久性能的影响。

• influence of high-temperature aging time on microstructure and stress rupture property of dz951 superalloys was investigated by optical microscopy (om) and scanning electronic microscopy (sem).

  采用光学显微镜和扫描电子显微镜研究了高温时效时间对dz951合金组织及其持久性能的影响。

• the effects of low angle grain boundaries(labs) on the stress rupture properties of second generation single crystal superalloy dd6 were investigated at 800℃, 850℃ and 900℃.

  在800℃，850℃和900℃的温度条件下，研究小角度晶界对第二代单晶高温合金dd6持久性能的影响。

• tensile properties, stress rupture properties, creep properties and fatigue properties of alloy gh150 have been studied under service conditions for the high-pressure compressor blades.

  针对gh150合金高压压气机叶片的使用温度和工作状态，对gh150合金的拉伸、持久、蠕变、轴向高周疲劳和旋转弯曲疲劳性能进行了研究。

• recrystallization occurs at 1150℃ and the stress rupture property decrease notably.

  时，合金发生再结晶，再结晶使合金的持久性能明显降低；

• because of low fatigue limitation of shaft enduring dynamic-load stress rupture is happened.

  对此，在提高轴头疲劳极限和降低变应力两方面采取了相应的改造措施。

• high temperature stress rupture behaviour of single crystal ni-base superalloy prepared by different withdrawal rate has been studied.

  研究了不同拉晶速率下制得的镍基单晶高温合金的高温持久变形行为。

• then, the creep rupture strength experiment at high temperature of 350 ℃ is carried out according to the gb6395-86 metallic materials stress rupture testing at elevated temperature.

  按gb6395-86《金属高温拉伸持久试验方法》标準规定对该合金进行了350℃下的持久强度试验。

• this is accomplished by evaluating long-term stress rupture data, tested in conformance with astm d-1598, on pipe made from the material.

  这是通过评估长期应力断裂关系数据，按照astmd-1598进行测试，在这种材料制成的管道上来完成的。