1) bursting strength of leather
崩破强度
2) rupture in strength
强度破环
3) tensile strength
破坏强度
1.
The tensile strength of the bonded plate was measured,the crack propagation,the interface disbond between the patch and the plate,and the residual tensile strength of the bonded plates were also investigated.
结果表明,复合材料补片胶接修补能有效地提高裂纹板的破坏强度和刚度,降低裂纹板的疲劳裂纹扩展速率,提高其疲劳寿命。
2.
The effectiveness of the repair scheme,including the tensile strength,the fatigue life and the crack progress during fatigue was investigated experimentally.
利用热压成型工艺、采用预固化的单向碳纤维/环氧复合材料补片对铝合金裂纹板进行了修补,测试了裂纹板胶接修补前后的破坏强度、疲劳寿命及裂纹扩展情况,观察了破坏后的断口形貌,分析了复合材料补片的止裂机理。
3.
The effectiveness of the repair scheme, including the tensile strength, the fatigue life and the crack progress during fatigue was investigated experimentally.
利用热压成型工艺、采用预固化的单向碳纤维／环氧复合材料补片对铝合金裂纹板进行了修补,测试了裂纹板胶接修补前后的破坏强度、疲劳寿命及裂纹扩展情况,观察了破坏后的断口形貌,分析了复合材料补片的止裂机理。
4) failure strength
破坏强度
1.
The sample height,water content,stress-strain behavior,failure strength,elastic modulus,cohesion and internal friction angle were measured in unfrozen soil as well as in thawed soil.
为研究冻融循环作用对土物理力学性质的影响,以青藏粘土为研究对象,通过对室内制备的粘土试样在经历0～21次完整冻融循环过程后,进行不同围压下三轴压缩试验,研究经多次冻融作用后,高度、试样含水量、应力–应变行为、破坏强度、弹性模量、抗剪强度指标等物理力学性质的变化。
2.
The tensile failure strength is found to be in good agreement with the experimental results.
采用有限子层剪滞模型,并结合线弹性断裂力学,研究了带裂缝钢纤维混凝土试样的拉伸破坏问题,求得了与实验结果较吻合的拉伸破坏强度,证实了该分析方法的正确性和可靠性,可为钢纤维混凝土的破坏分析提供一种新的研究途径。
3.
Mechanical behaviors such as deformation,stress distribution and failure strength are analyzed.
应用连续介质力学有限变形基本理论和超弹性理论,建立钢丝编织胶管的多层圆筒模型,得到了胶管变形和应力分布与内压的关系,分析了胶管的变形、应力分布和破坏强度等力学性能,并且讨论了钢丝层的弹性模量、胶管的轴向伸长等材料或几何因素对其变形、应力分布和破坏强度的影响。
5) resistancial intensity
破裂强度
1.
We regarding resistancial intensity of lopsided abrasion vitta as destruction question, applying elastoplastic finite element method to analyzed the lopsided abrasion vitta′s resistancial intensity.
文中将偏磨油管的破裂强度问题看作失稳问题,应用弹塑性有限元方法分析了偏磨油管的破裂强度。
6) bursting strength
爆破强度
1.
The reflection of adding different kinds of CaCO, and dispersing agent on the mechanical properties of PE layer in Al/plastic pipe was studied, and the hoop tensile force, bursting strength and time resisting the static pressure of the modified Al/Plas-tic pipe were also tested.
研究了在铝塑复合管的PE层配方中加入不同种类CaCO_3和分散剂对PE层力学性能的影响,并对改性后的铝塑复合管的爆破强度、耐静压时间、环拉力等进行了测试。
2.
The static internal pressure, bursting strength, and hoop tensile strength are 2.
48MPa ,爆破强度可达 8。
3.
In this article,the cylinder testing pressure and safe factor is researched from controlling its fuzzy reliability range of bursting strength of ultrahigh pressure cylinder during pressure test and normal operation based on the reliability design theory and methods of random-fuzzy probability model.
文章基于随机-模糊概率模型的可靠性设计理论与方法,从控制超高压圆筒爆破强度在耐压试验和正常操作时模糊可靠度范围的角度,对其试验压力和安全系数进行探索。
补充资料：崩破强度
分子式：
CAS号：
性质：又称崩裂力或崩破强度，是测试鞋面革的一项指标。仪器利用液压（或气压）将规定直径的钢球匀速向上顶压用夹具固定的革样肉面，直至试样被顶伸发生破裂。革面抵抗来自下方圆形硬形的顶伸作用，粒面出现裂纹或革身破裂时，分别记录其单位面积上承受的负荷，以N/mm2表示。因它与制鞋绷楦时鞋面革受要以的顶力作用相似，该指标有一定参考价值。曾规定黄牛皮正鞋面革的崩裂强度为≥300N/mm2。
CAS号：
性质：又称崩裂力或崩破强度，是测试鞋面革的一项指标。仪器利用液压（或气压）将规定直径的钢球匀速向上顶压用夹具固定的革样肉面，直至试样被顶伸发生破裂。革面抵抗来自下方圆形硬形的顶伸作用，粒面出现裂纹或革身破裂时，分别记录其单位面积上承受的负荷，以N/mm2表示。因它与制鞋绷楦时鞋面革受要以的顶力作用相似，该指标有一定参考价值。曾规定黄牛皮正鞋面革的崩裂强度为≥300N/mm2。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条