应力

• The small pits that form on the surface act as stress raisers .
  在表面形成的小凹坑起到应力增高源的作用。
• Shrinkage stress was found to increase linearly with cure temperature .
  我们发现收缩应力随固化温度直线增加。
• The two stresses can then be added algebraically to obtain the resultant .
  然后将两种应力代数相加就得到合应力。
• There is a diminishing difference in the shearing stress with rising pressure .
  随着压力的升高，切应力的差值减小。
• The coupling agent may protect the interface against stress corrosion by water .
  偶联剂可保护界面免受水的应力侵蚀。
• Drift rates will depend upon both the strain level and the temperature .
  漂移速率既依赖于应力的大小，又依赖于温度。
• Under these conditions the state of stress is predominantly plane stress .
  在这些条件下，应力状态是平面应力占优势。
• Draw the element for maximum shear stress and mark values of all stresses .
  画出最大剪应力的单元体并标出全部应力值。
• We begin by considering a spherical element in an unstressed body .
  现在从考察一无应力物体中的圆球形单元体开始讨论。
• The specimen deforms under a tensile stress applied parallel to the fibres .
  试样在平行于纤维的张应力作用下发生变形。