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1·A new type of clutch flywheel needs to determine the limited strength under high centrifugal stress. Finite element analysis and burst spin tests of the flywheels has been done.

为确定一种离合器飞轮新产品在大离心力作用下的总体强度储备，对飞轮在离心力场及配合应力作用下的应力分布作有限元分析，并进行了超速破坏试验。

2·When the blade shroud under the status of self locking, the maximum centrifugal stress of the concave will occurred on the section of outer lace hole and nearby the leading edge.

围带自锁状态下内弧表面的最大离心应力发生在外拉筋孔截面的拉筋孔靠进汽侧处；

3·MCSAP program was applied to the finite element analysis for the stress and deformation of a high-speed Gleason spiral bevel gear under centrifugal load.

使用修改移植的MCSAP有限元分析程序对某高速弧齿锥齿轮进行了离心载荷下的变形和应力的分析。

4·The conclusions show that Reynolds stress model can be used to describe the tracks of particles in the extra-high speed centrifugal impeller accurately.

模拟结果与已有实验结果吻合，说明采用雷诺应力湍流模型能准确描述超高速离心叶轮中固体颗粒的运动轨迹。

5·The three-dimensional photoelasticity method is used to analyze the stress distribution in the bevel gear under torsional moment and centrifugal load.

本文用三维光弹性法分析锥齿轮在扭矩和离心载荷下的应力分布。

6·The thermal stress distribution of the stainless steel lined composite steel pipe prepared by centrifugal-SHS process was calculated by the finite element method under thermoelastic assumption.

用有限元方法计算了铝热离心法制备不锈钢内衬复合钢管过程中的残余热应力分布。

7·An analysis and a comparison was made of the influence of the reinforced hoops with various shrink ranges on the internal stress of a centrifugal drum using the finite element method.

用有限元法对具有不同过盈量的加强箍对离心机转鼓内应力的影响进行了分析比较。

8·The stress distribution on wheel shaft and the effects of flywheel centrifugal force on its tight fit are discussed as well.

并对车轮车轴应力分布，飞轮离心力对紧固力过盈量的影响作了论述。

9·The centrifugal force, radial force and tangential stress inside hydro? _cyclones were analyzed. The process of test technology for pressure field was designed.

介绍了静态水力旋流器压力场的理论分布规律，研究了旋流器内部受到离心力、径向作用力及切应力的情况。

10·The settlement of wastes and the stress and strain status of geomembranes on a landfill slope were simulated by centrifugal experiments, and the results were compared with those of FEM calculation.

用离心试验法模拟了填埋体的沉降和边坡土工膜的应力应变状态，并将其与有限元计算结果进行了对比。