时域波形再现技术可以把在原有模型车上测量到的轮轴载荷(力和力矩)转换为轮轴位移。
Time waveform replication technology can convert measured spindle loads (force and torque) from an earlier model vehicle into spindle displacements.
回转窑运行中由于轴线偏移，支承载荷分配不均导致托轮轴疲劳断裂。
Axis line deflection and asymmetric load distribution of the rotary kiln induce the cracking of supporting shaft frequently.
编制出驱动轮轴扭转与弯曲载荷谱，并对驱动轮轴的随机疲劳寿命进行了估算。
Torsional and bending load spectra of drive shaft are worked out and fatigue life of the shaft estimated.
给出了钢带精密传动系统载荷、应力计算和参数设计公式，并对系统张力确定及带轮轴线或调整等问题进行了探讨。
The load and stress calculation and the parameter design formula of the precision steel belt drive system are given in this paper.
目的通过对火车轮轴在复杂载荷作用下的有限元分析，实现火车轮轴结构与体积的优化。
Aim To realize optimized construction and volume of rail wheel and axle in complex loads with finite element analysis.
回转窑由于其支承载荷分配不均，托轮轴疲劳断裂现象频繁，这就严重影响了生产的正常进行，造成重大的经济损失。
Due to asymmetric load distribution of the rotary kiln, the cracking of support shaft occurs frequently, which will seriously impact the operation of the equipment and result in large economic losses.
回转窑由于其支承载荷分配不均，托轮轴疲劳断裂现象频繁，这就严重影响了生产的正常进行，造成重大的经济损失。
Due to asymmetric load distribution of the rotary kiln, the cracking of support shaft occurs frequently, which will seriously impact the operation of the equipment and result in large economic losses.
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