collapse strength发音

意思翻译

[力]抗挤强度；破裂强度

相似词语短语

collapse───n.崩溃；（突然）倒塌；病倒；（货币）暴跌；v.（突然）倒塌；（尤指因病重而）倒下，昏倒；（尤指工作劳累后）坐下；崩溃；（货币）贬值；折叠；（肺或血管）萎陷；套缩

strength───n.力量；力气；兵力；长处

till collapse───直到崩溃

collapse all───全部折叠

shear strength───切变强度

collapse build───折叠生成

antedate collapse───早期崩塌

initialization collapse───初始化崩溃

sapped strength───磨损强度

双语使用场景

With the improvement of the production and manufacture technology of casing, the actual collapse strength of casing cannot be accurately calculated by present API 5C3 formula.───随着套管制造工艺水平的不断提高和制造质量的显著改进，现有的API 5C3公式已不能正确的预测套管实际抗挤抗内压强度。

With finite element method, the collapse strength of casing with ovality and eccentricity under unidirectional uniform and ellipse distributive force was calculated and analyzed.───采用有限元法，计算和分析了壁厚不均与椭圆套管在单向均匀和单向椭圆分布外挤力作用下的强度问题。

improved model is used to calculate the final casing collapse strength. This method combines FEA and strain test together and thus can get more …───该方法将有限元计算与应变检测结合起来，大大提高了有限元计算的精度，对预测套管的挤毁压力、指导高抗挤套管的开发具有一定的参考价值。

The results showed that the casing collapse strength and internal pressure strength will decrease as the casing wear-thickness increases.───计算结果表明，非均匀磨损套管的抗挤强度和抗内压强度降低百分比随套管磨损厚度的增加而增加；

Under the same wear condition, the casing collapse strength decreases more rapidly than the internal pressure strength.───在相同的磨损厚度情况下，磨损后套管的抗挤强度比抗内压强度降低得更快；

Discussion on the new design standard for tri-axial stress anti-collapse strength of casing string───关于套管柱三轴抗挤强度设计问题的讨论

Effects of Non-uniform Loads on Collapse Strength of High-density Perforated Casing───非均匀载荷对高密射孔管抗挤强度的影响

Collapse Strength Analysis for Thick-wall Casing under Non-uniform Loads───非均匀载荷下厚壁套管抗挤强度分析

The Effect of Prefabricated-Hole Parameters on Casing Collapse Strength under Non-Uniform Loads───非均匀载荷下预制孔参数对抗挤强度的影响

英语使用场景

Based on this concept, the effect of cement mantle on the collapse strength of casing and the sensitivity of collapse strength to the parameter variation of cement mantle are calculated and analyzed.

Mechanical characteristic of CT is studied. The model of bending, internal pressure strength and external collapse strength, diametric growth and stuck-point of CT is established.

A new reliability analysis method for casing collapse strength was proposed as a high precision small sample method associating with degree of confidence and reliability designs.