破坏载荷

词组短语

failing load

与破坏载荷相关的网络例句 [注：此内容来源于网络，仅供参考]

It is found that the maximal bending failure load of foam core sandwich was enhanced by stitching.

实验表明缝纫提高了泡沫夹层板三点弯曲破坏载荷。

The prior cycles with higher axial stress and larger strain range greatly restrains ratchetting strain of subsequent cycling with lower ones. Creep behavior plays an important role in the ratchetting strain and its influence on ratchetting behavior can not be neglected. Fracture morphology characteristics of two kinds of materials were investigated by scanning electron microscope. It shows that failure of material A is induced by cavitation and that of material B is induced by decohesion. For material A, with the decreasing strain amplitude the fracture surface shows more larger diameter globular particles under uniaxial loading and can be seen more obvious and deep crack under multiaxial loading. However for material B, with the decreasing strain amplitude fracture surface shows larger and larger scalelike shape and becomes more smooth under uniaxial loading, but fracture surface under multiaxial loading looks like more smooth than that of uniaxial loading, and shows gradually wave-like morphology.

通过扫描电子显微镜研究表明：材料A为空穴引起的失效，材料B为剥离导致疲劳破坏；随着载荷幅值的减小，材料A在单轴载荷下，断口表面浮出更多更大直径的球状颗粒，而多轴载荷下，可以看到很深的裂纹；随着载荷幅值的减小，材料B在单轴载荷下，断口表面鱼鳞片越来越大，表面越来越平整，而多轴载荷与单轴载荷相比，断口表面看上去更加平整，并且随着载荷幅值的减小，断口逐渐呈现波浪形貌；通过微观的傅立叶变换红外光谱分析，结果表明随着应变幅值的增加，无论载荷是单轴还是多轴状态下，橡胶材料吸光度比值随着幅值的增加而增加，这说明体系中的结晶含量也随之增加。

Distraction loads can not correct spinal rotatory deformity. Derotation can be achived by applying rotation forces. Improper distraction loads will lead to lumbar kyphosis.

单纯于脊柱凹侧施加撑开力作用可矫正该模型中脊柱冠状面的侧凸畸形，但是若是要将畸形彻底矫正，所需要施加的纵向撑开力有可能超出椎弓根或椎板的破坏载荷而导致椎弓的骨折。

Through model test of new high- strength steel conical shell with ring frame ,and relevant analysis,it is shown in this paper that the failure of ring-framed conical shell can be traced to the neutral plane on longitudinal section where the structure strength is relatively weak.

通过新的高强度钢材环肋圆锥壳模型实验，及采用解析方法分析表明，环肋圆锥壳体破坏的原因是结构相对薄弱处纵剖面上的中面应力所致。并提出用"灰色系统"理论预测破坏载荷的计算方法，建议今后模型实验和现役潜艇的耐压船体寿命估算中可采用这种方

It puts forward a calculation method for predicting failure load using "Grey System"theory and suggests to use this method in model experiment for pressure hull of the active submarine in the future.

并提出用"灰色系统"理论预测破坏载荷的计算方法，建议今后模型实验和现役潜艇的耐压船体寿命估算中可采用这种方

After 12 weeks, the X ray density, the torsional moment and angle in failure load test and the score of callus in histological grading were all improved in the experimental side, compared with the control side. There was not statistically significant difference in both mature degree of bone union and growth degree of bone marrow.

动物在术后12周，实验侧X线片光密度测量结果，破坏载荷时扭矩和扭角测量结果均优于对照侧；组织学评分中，实验侧骨痂量评分优于对照侧，骨连接成熟程度和骨髓发育程度两者没有明显差异。

Results After 12 weeks, the X ray density, the torsional moment and angle in failure load test and the score of callus in histological grading were all unproved in the experimental side, compared with the control side. There was not statistically significant difference in both mature degree of bone union and growth degree of bone marrow.

动物在术后12周，实验侧X线片光密度测量结果，破坏载荷时扭矩和扭角测量结果均优于对照侧；组织学评分中，实验侧骨痂量评分优于对照侧，骨连接成熟程度和骨髓发育程度两者没有明显差异。

The differences of the biochemical indicators and cnemis compression experiments of all these groups were tested.

目的：通过生化指标和力学实验研究，测定不同周龄SD大鼠血清中钙离子和碱性磷酸酶变化趋势，以及不同周龄大鼠胫骨抗压缩破坏载荷的变化。

In this paper, the mechanical property parameters of the adhesive were gotten by tensile test on standard sample at first. Then the single lap joint test of tensile shearing strength was designed and the loading-displacement curve including the cracking load was obtained. The experimental research provides the certain basis for the further research and application on the automotive structural adhesive.

本文首先制作了结构胶粘剂标准试样，通过拉伸实验测试了胶粘剂的相关力学性能参数；然后设计了单搭接拉伸剪切强度试验，测得该类型试件的载荷－位移曲线以及破坏载荷等重要数据，为今后车用结构胶合技术的进一步研究应用提供一定的实验依据。

It is found that the thickness of the stringers has a larger effect,about 44.2% in total,on the critical damage load.

计算结果表明：在截面尺寸参数中，长桁的厚度为壁板破坏载荷值的主要影响因素，其敏感度指标为44.2％。

与破坏载荷相关的网络解释 [注：此内容来源于网络，仅供参考]

actual breaking stress：实际破坏应力

actual breaking load 实际破坏载荷 | actual breaking stress 实际破坏应力 | actual budget 决算

actual breaking stress：实际破坏应力,真实断裂应力=>真破断応力

actual breaking load 实际破坏载荷 | actual breaking stress 实际破坏应力,真实断裂应力=>真破断応力 | actual bridge 実橋

charge of quarters：营舍值班士官, 营舍值班,内务值班

charge of briquettes | 团块炉料 | charge of quarters | 营舍值班士官, 营舍值班,内务值班 | charge of rupture | 破坏载荷

crippling load：破坏载荷

cripplehood | 残废, 无能 | crippling load | 破坏载荷 | crippling resistance | (低于弹性限度的)折曲应力 折曲回能

failing load：破坏载荷

failed test sample 不合格样品 | failing load 破坏载荷 | failing stress 破坏应力

failing load：破坏荷载,破坏载荷

failed test piece 不合格试件 | failing load 破坏荷载,破坏载荷 | failing stress 破坏应力

shear strength：剪切强度

(66)剪切强度(Shear strength) 曾称抗剪强度,是指单位粘接面积上能够承受平行于粘接面积的最大载荷,常用的单位为MPa. (67)剥离强度(Peel strength) 曾称抗剥强度,是指每单位宽度所能承受的最大破坏载荷,是衡量线受力能力的,单位为kN/m.

shear strength：强度

(66)剪切强度(Shear strength) 曾称抗剪强度,是指单位粘接面积上能够承受平行于粘接面积的最大载荷,常用的单位为MPa. (67)剥离强度(Peel strength) 曾称抗剥强度,是指每单位宽度所能承受的最大破坏载荷,是衡量线受力能力的,单位为kN/m.

actual breaking load：实际破坏载荷

actual argument || 实际变元 | actual breaking load || 实际破坏载荷 | actual budget || 决算