For the drive shaft balancing machine, the hard bearing can achieve the accuracy is far beyond the actual needs.
对于传动轴平衡机来说,硬支承所能达到的精度也远远超出了实际需要。
The reasonable selection of bearing rigidity of pedestal is the crux in designing the dynamic balancing machine for large high speed rotors.
支承座的轴承支承刚度值的合理确定是大型高速动平衡机设计的关键问题。
A vertical hard bearing two-plane dynamic balancing machine, based on gas bearing technique, was designed, and corresponding mathematic model was established.
基于气浮轴承支承技术,设计了硬支承立式双面动平衡机,建立了相应的数学模型。
A vertical hard bearing two-plane dynamic balancing machine, based on gas bearing technique, was designed, and corresponding mathematic model was established.
基于气浮轴承支承技术,设计了硬支承立式双面动平衡机,建立了相应的数学模型。
应用推荐