1) breakdown modulus
破坏模数
2) two parameter damage model
双参数破坏模型
3) failure mode
破坏模式
1.
Research on concrete's failure mode and prevention in Ningxia pickled area;
宁夏盐渍地区混凝土破坏模式与防治研究
2.
The stability and failure mode study on the tunnel-anchorage rock masses;
隧道锚碇围岩稳定分析及破坏模式研究
3.
Researches on failure modes and fiber strain response of FRP-strengthened RC circular columns;
FRP加固钢筋混凝土圆柱破坏模式及纤维应变特性研究
4) failure modes
破坏模式
1.
Study on ultimate strength of RC shear wall based on shear resistant mechanism and failure modes;
基于抗剪机构和破坏模式的RC剪力墙极限承载力分析
2.
Qualitative analysis of ice forces on conical structures under different failure modes;
不同破坏模式下锥体结构冰力定性分析
3.
Unidirectional boron fiber/epoxy (Bf /epoxy) resin composites were fabricated with winding and compression molding,and the failure modes of the unidirectional Bf /epoxy resin composites under tensile loads were studied by observing macro- and micro- fracture surfaces of the Bf /epoxy resin composites.
采用无纬带缠绕层压成型工艺制备硼纤维/环氧单向复合材料,通过对硼纤维/环氧单向复合材料的宏观和微观拉伸断口形貌观察,分析了硼纤维/环氧单向复合材料的破坏模式。
5) model for destruction
破坏模型
1.
A model for destruction of the silicone rubber net-structure after the proton radiation;
在空间质子辐照下甲基硅橡胶的破坏模型
6) Failure pattern
破坏模式
1.
CA model for predicting failure pattern of laterally loaded masonry wall panel;
预测面外荷载下砌体墙板破坏模式的CA模型
2.
It was shown that different failure patterns were caused by different freezing-thawing conditions.
结果显示在不同冻融条件下试件的破坏模式不同。
3.
The slope failure pattern recognition system regards rock mass structure as the basic controlling factor,and,considers the feature of rock mass,the shape of structural plane and the structural parameters of slope at the same time.
以岩体结构为最基本的控制因素,同时结合考虑岩性、结构面形态及边坡结构参数等因素实现了边坡变形破坏模式识别系统。
补充资料：传动：模数
相邻两轮齿同侧齿廓间的齿距t与圆周率π的比值(m＝t/π)﹐以毫米为单位。模数是模数制轮齿的一个最基本参数。模数越大﹐轮齿越高也越厚﹐如果齿轮的齿数一定﹐则轮的径向尺寸也越大。模数系列标準是根据设计﹑製造和检验等要求制订的。对於具有非直齿的齿轮﹐模数有法向模数mn﹑端面模数ms与轴向模数mx的区别﹐它们都是以各自的齿距(法向齿距﹑端面齿距与轴向齿距)与圆周率的比值﹐也都以毫米为单位。对於锥齿轮﹐模数有大端模数me﹑平均模数mm和小端模数m1之分。对於刀具﹐则有相应的刀具模数mo等。标準模数的应用很广。在公制的齿轮传动﹑蜗杆传动﹑同步齿形带传动和棘轮﹑齿轮联轴器﹑花键等零件中﹐标準模数都是一项最基本的参数。它对上述零件的设计﹑製造﹑维修等都起著基本参数的作用(见圆柱齿轮传动﹑蜗杆传动等)。
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