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  • 匿名
关注:1 2013-05-23 12:21

求翻译:   新的几何参数计算方法得到的端齿盘接触应力及齿根弯曲应力均较小,且几何设计方便。此外,两方法最大齿面接触应力不过120Mpa,齿根弯曲应力却已达到300Mpa以上,因此可知端齿盘齿根弯曲应力是限制承载能力的主要因素,在端齿盘设计中应按齿根弯曲强度进行设计与校核。是什么意思?

待解决 悬赏分:1 - 离问题结束还有
   新的几何参数计算方法得到的端齿盘接触应力及齿根弯曲应力均较小,且几何设计方便。此外,两方法最大齿面接触应力不过120Mpa,齿根弯曲应力却已达到300Mpa以上,因此可知端齿盘齿根弯曲应力是限制承载能力的主要因素,在端齿盘设计中应按齿根弯曲强度进行设计与校核。
问题补充:

  • 匿名
2013-05-23 12:21:38
The new geometric parameters calculated terminal gear contact stress and tooth root bending stress is small and convenient geometric design. Furthermore, the two methods of tooth surface contact stress, but 120mpa tooth root bending stress has already reached the the 300Mpa above, the known side cha
  • 匿名
2013-05-23 12:23:18
正在翻译,请等待...
  • 匿名
2013-05-23 12:24:58
The new geometry parameter computational method obtains the end tooth plate contact stress and the tooth root bending stress are small, also the geometry design is convenient.In addition, two method biggest tooth face contact stress 120Mpa, the tooth root bending stress actually has achieved above 3
  • 匿名
2013-05-23 12:26:38
New end of geometrical parameter calculation method of tooth contact stress and tooth root bending stress is smaller, and geometric design. In addition, the two biggest tooth surface contact stress but 120Mpa, tooth root bending stress it has already reached more than 300Mpa, therefore end teeth too
  • 匿名
2013-05-23 12:28:18
 
 
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