Multi-objective robust optimization of deep groove ball bearings considering manufacturing tolerances based on fatigue and wear considerations
In designing any machine element, we need to optimize the design to attain its maximum
utilization. Herein, deep-groove ball bearings have been chosen for optimization …
utilization. Herein, deep-groove ball bearings have been chosen for optimization …
Robust design of ball bearings for an improved performance using genetic algorithm
The design of rolling bearings must be optimized to get an improved fatigue life. As the
fatigue life is directly affected by the dynamic capacity, therefore the later is considered as an …
fatigue life is directly affected by the dynamic capacity, therefore the later is considered as an …
A multi-population state optimization algorithm for rail crack fault diagnosis
M Liu, R Gao, J Zhao, Y Wang… - … Science and Technology, 2022 - iopscience.iop.org
Rails usually operate in complex environments, which makes them prone to mechanical
failures. In order to better diagnose crack faults, a multi-population state optimization …
failures. In order to better diagnose crack faults, a multi-population state optimization …
Robust optimisation of spherical roller bearings based on dynamic load rating
T Mandawat, R Tiwari - International Journal of Design …, 2021 - inderscienceonline.com
The dynamic load rating is considered as the objective function for the robust optimum
design of spherical roller bearing (SRB). The main novelty is that it outlines a design …
design of spherical roller bearing (SRB). The main novelty is that it outlines a design …