1) Welding shrinking force
焊接收缩力
1.
In this paper, based on the theory of the welding shrinking force, the finite element method is used to predict welding deformation of the bogie frame assembly as well as all the combination beams.
本文基于焊接收缩力法采用有限元分析软件对高速动力车转向架构架总成及各组成梁进行焊接变形预测,根据所得焊接变形的有关数据,确定了焊接工艺设计时的预留变形量与焊接工艺参数等,保证了构架的焊接精度和质量,为控制构架的焊接质量提供了数值方法。
3) welding shrinkage allowance
焊接收缩量
1.
Provided that the reasonable welding shrinkage allowance is reserved during the manufacture of steel structure products,the unnecessary machining procedure can be avoided.
钢结构件制造中,预留合理的焊接收缩量,可减少不必要的加工工序。
4) welding shrinking force
焊缝收缩力
1.
Study on numerical simulation of welding shrinking force
焊缝收缩力的数值模拟研究
5) shrink of wilding seam
焊缝收缩
1.
During design and fabrication of offshore platform module,the shrink of wilding seam often causes interbedded crack on the main padeye plate and the column.
在海上平台组块吊点设计制造中,焊缝收缩往往导致主吊点板和立柱管壁出现层间裂缝。
6) and Welding Shrinkage
焊缝收缩量
补充资料：排尿时逼尿肌收缩力测定
排尿时逼尿肌收缩力测定
voiding pubovesical muscular contraction pressure
逼尿肌压力为膀胱内压与腹内压之差。测定时经耻骨上膀胱穿刺或经尿道向膀胱内置入一测压导管，同时向直肠(腹内压)内置入一测压导管，两测压管分别与两个压力传感器相连，排尿时测定膀胱内压及腹内压曲线。两者形态相近，则说明逼尿肌无收缩。正常膀胱内压为4.41～7.85kPa(45～80cmH2O)，若排尿时膀胱内压大于9.8kPa(100cmH2O)，常提示下尿路梗阻。
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