The maximum deformation of 1.5MW shaft bearings and axle radial fan for 0.07mm. Considering the calculation results of deformation and bearing clearance and the crankcase as steel body life difference within 5%, this value in practice is not a problem. The life of difference, life is shortened, then, must change the axle box design, improve the rigidity.
Bearing is the other parts on the shaft will produce relative motion, used to reduce friction coefficient during power transmission and keep the machine shaft center fixed position, its main function is to support the rotary body, in order to reduce the equipment in the transmission process of mechanical load friction coefficient. According to the motion of the frictional properties of different components, bearings can be divided into two types of rolling bearings and sliding bearings.
2015年2月19日星期四
The stress analysis of crankcase
According to the stress analysis of the crankcase, consider the strength, confirm the deformation amount and bearing clearance of crankcase and bearing, calculating deck crane bearing life, and try to optimize the bearing and axle box.
The maximum deformation of 1.5MW shaft bearings and axle radial fan for 0.07mm. Considering the calculation results of deformation and bearing clearance and the crankcase as steel body life difference within 5%, this value in practice is not a problem. The life of difference, life is shortened, then, must change the axle box design, improve the rigidity.
The maximum deformation of 1.5MW shaft bearings and axle radial fan for 0.07mm. Considering the calculation results of deformation and bearing clearance and the crankcase as steel body life difference within 5%, this value in practice is not a problem. The life of difference, life is shortened, then, must change the axle box design, improve the rigidity.
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