1) lateral pressure
侧压
1.
Experimental study of concrete fatigue in tension under a lateral pressure;
单侧压下混凝土受拉疲劳试验研究
2.
Variable-amplitude fatigue tests for concrete in tension under single and bi-lateral pressures are conducted.
本文进行了混凝土分别在单、双向侧压作用下受拉变幅疲劳试验,得到了疲劳寿命和残余应变。
2) side pressure
侧压
1.
Based on the heavy side pressure moving principle, the process of side pressure is analyzed and the relationship between volumes of side pressure and slab deformation after the side pressure is dis-cussed.
从大侧压运动规律出发,分析了定宽机(SP)的侧压过程,并讨论了侧压后板坯变形量与侧压量之间的关
2.
The effect of major parameters such as side pressure P, and relative bending radius R/H on curvature springback ΔR is studied, the law of interaction between P, R/H, ΔR and distribution and changing of tangential strain in deformation area is obtained, and thus, a scientific base is provided for design and modification of die and selection of technological parameters.
通过绕弯试验和应变分析，研究了绕弯工艺的主要参数侧压Ｐ和相对弯曲半径Ｒ／Ｈ对曲率弹复ΔＲ的影响。
3) confining pressure
侧压
1.
Characters of the deformation and strength under different confining pressures on sedimentary rock;
不同侧压下沉积岩石变形与强度特征
2.
Rock failure process analysis code( RFPA2D) is used to research the rock specimen with two parallel and offset cracks, and main object is to study different confining pressure influence on propagation, coalescence and interaction of cracks in rock bridge area.
应用岩石破裂过程分析程序分析了侧压对预制两个平行裂纹岩样中岩桥区裂纹的扩展、贯通和相互作用机制的影响,并对岩样。
4) lateral extrusion
侧向挤压
1.
The classification of the extrusion methods and the characterizes of lateral extrusion;
挤压方法的分类及侧向挤压的特点分析
2.
A rigid-plastic element-free Galerkin-finite element(EFG-FE) coupling method was developed for the numerical simulation of plane lateral extrusion process.
应用刚塑性耦合无网格-有限元法,对平面侧向挤压过程进行数值模拟。
5) siding press regulation
侧压规程
1.
Basing on the condition of different siding press regulations,simulated the distribution of rolling force,displacement nephogram and strain nephogram in different deform field systematically,the rules of rolling force and time were yeild.
在不同侧压规程的前提条件下,模拟了不同变形区内轧制力、位移和应变的分布情况,得到了轧制力随时间变化的规律。
6) sizing press(SP)
减宽侧压
补充资料：侧压承载强度
分子式：
CAS号：
性质：板材和其他零件连接时，在板面上垂直钻孔，用销、铆钉、螺栓插入固定，在其上施加平行于板面的负荷时，板所承受负荷的能力。板材的破坏主要是由孔中的铆钉或螺栓挤压孔壁造成局部塑性破坏而发展造成的。该值可将打好孔的试样用螺栓和金属夹板连接，然后分别将它们夹持于拉力试验机的上下夹具上，开动拉力机以一定速度分离上下夹具直至试样被拉破，即可算得测压承载强度。
CAS号：
性质：板材和其他零件连接时，在板面上垂直钻孔，用销、铆钉、螺栓插入固定，在其上施加平行于板面的负荷时，板所承受负荷的能力。板材的破坏主要是由孔中的铆钉或螺栓挤压孔壁造成局部塑性破坏而发展造成的。该值可将打好孔的试样用螺栓和金属夹板连接，然后分别将它们夹持于拉力试验机的上下夹具上，开动拉力机以一定速度分离上下夹具直至试样被拉破，即可算得测压承载强度。
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