Asymmetric Bearing Bracket Structure for Lower Weld Tension

The bearing bracket employs an asymmetric design where the front side width is reduced compared to the rear side width. Specifically, the front side width is made smaller than the rear side width, creating an asymmetric cross-sectional profile. This asymmetry strategically places less material at the front where weld tensions are highest, thereby reducing the weld tension and extending the service life of the welded connection between the bearing bracket and the vehicle body.

The bearing bracket applies local quality by varying the material thickness and width at different locations based on the local stress requirements. The front side has reduced width and optimized thickness where weld tensions are highest, while the rear side maintains sufficient width and thickness for overall structural support. This localized optimization reduces the total material usage and vehicle weight while preserving structural integrity at critical areas.

The bearing bracket is designed as a single integrated piece with distinct width variations along its length, segmented into different width zones (narrower front side, wider rear side). This segmentation approach allows the complex asymmetric shape to be manufactured as one piece using stamping or bending processes, avoiding the need for multiple separate components and welds, thereby managing manufacturing complexity while achieving the narrow front side design for reduced weld tension.