弹性区 meaning in English
elastic range
elastic region
elastic zone
Examples
- Through high - speed surcharging close to the cam to load flexibility , thereby strengthening the rigid partition
可通过高速预压负荷来接近凸轮的弹性区，从而加强分割区的刚性。 - In the calculations of ultimate bearing capacity , the section of rc beam was divided into the elastic zone and the plastic zone based on the fire temperature field of the beam ' s section , the equivalent - floor - live - load was presented to describe the weakening of the bearing capacity of structure members in fire , the correlation expressions were established
摘要根据梁截面火灾温度场，将梁截面混凝土分为弹性区和塑性区2部分计算火灾场梁极限承载力，并采用等效楼面活荷载描述火灾场高温对梁极限承载力的削弱，推导了相关的计算公式。 - The process of penetration is regarded as expansion of cylindrical cavity in infinite soil mass . combining with the knowledge of elastic mechanics and plastic mechanics , we may make analysis for soil around pile . and we may deduce the cylindrical cavity pressure , radius of plastic zone , radical displacement in elastic zone , and excess pore water pressure in soil around pile and spherical cavity pressure at the end of pile
本文阐述了桩土共同作用理论原理，对坑式静压桩的桩周土体作弹塑性分析，把压桩过程中桩周土体的本构关系看作是水平面的平面应变小孔扩张问题，利用小孔扩张原理，结合弹性力学以及塑性力学的知识，对压桩后土体的性状进行分析，得出桩对土的挤扩作用力、桩周土体塑性半径、弹性区的位移，以及桩端球形孔扩张的扩张力。 - Elastic - plastic analysis for soil around anchor jacked pile in this paper , the course of penetration is regarded as expansion of cylindrical cavity in infinite soil mass . combining with the knowledge of elastic mechanics and plastic mechanics , we can make analysis for soil around pile . finally , we can educe the cylindrical cavity pressure , radius of plastic zone , radical displacement in elastic zone , excess pore water pressure in soil around pile and spherical cavity pressure at the end of pile
锚杆静压桩桩周土体的弹塑性分析该部分是文章的主要工作所在，本文把压桩过程桩周土体的本构关系看作是水平面的平面应变小孔扩张问题，利用小孔扩张原理，结合弹性力学以及塑性力学的知识，对压桩后土体的性状作出分析，得出桩对土的挤扩作用力、桩周土体塑性半径、弹性区的位移，压桩完成瞬时桩周土体弹性区和塑性区的超孔隙水压力以及桩端球形孔扩张的扩张力。 - The width of stacking fault increased as partial dislocations move forward . in the fracture of 18 - 8 stainless steel , many dislocations were emitted from the crack tip during the early stage of crack propagation and moved forward , and then a dfz was formed between the crack tip and the pile - up dislocations . the dfz is an elastic zone
不锈钢断裂时，裂尖首先发射位错，并离开裂尖向前运动，裂尖前方留下无位错区，位错反塞积在无位错区的端部，无位错区是应变很高的异常弹性区，随着裂纹的扩展，无位错区逐渐发生晶体碎化和转动。