crossing angle造句

• The diameter of atomizing gas duct and liquid feedstock duct and their crossing angle are vital elements in the design of two phases atomizing nozzle
  在二相流雾化器的结构设计中，雾化气输送器件和液料输送器件的管径及其径向夹角是其设计的关键。
• When the crossing angle is larger than 90 degree , the pipeline would prone to suffer a buckling damage ; ( 2 ) it cannot be used to analyze the large deformation in the pipe section
  现有的壳模型有限元方法虽然可以分析管截面中的大变形情况，但是，由于在断层作用下受影响的管子的范围比较长，需要耗费大量的计算时间。
• The result shows that material nonlinear will obviously lower the structural rigidity of [ 45 / 45 ] crossed angle ply shell , but the affect to the structural rigidity of perpendicularity symmetry ply shell is not so apparent
  得出材料非线性会使| 45 - 45 |交角层壳的结构刚度显著降低，但对正交对称层壳的结构刚度影响并不明显。
• This design has distinctive technical features as follows : 1 . applied multi - sensor construction . well - calculated distance and crossing angles between sensors aiming at a same target makes it possible to acquire more accurate back waves than single sensor construction
  采用多探头结构，多个探头之间相互之间有一定距离和交织发射角度，对准同一个被测物体的反射面，可使检测范围内的每一个固定点上反射面的可测方位个数较单探头有所增加，可大大降低回波漏检率； 2
• Considering different soil spring models for vertical fault movement and horizontal fault movement , two damage cases of pe pipeline in ji - ji earthquake have also been simulated . the large deformation of a buried pipeline under fault movement is investigated in the 4th chapter . to examine the inelastic behavior of buried pipelines , the parametric studies on pipe material property , diameter ( d ) , diameter - to - thickness ratio ( d / t ) , crossing angle ( ) , as well as soil stiffness , have been conducted using a shell - spring fem method
  对于0 p三90 ”的情况，当断层位移相对管径还不是很大时（管子内的弯曲应变与轴向拉伸应变相差不大的情况） ，断层附近管子变形形式与梁相似；当断层位移相对管径很大时（管子以轴向拉伸应变为主的情况） ，断层附近的管子轴线变形为一圆弧，管子表现得像一条没有弯曲刚度的索。