BYD

Last updated February 1, 2026

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Ventilated disc geometry: BYDRecent Research Landscape

Thermal warping and mechanical stress during high-friction braking lead to premature component failure. Engineering the physical architecture of the disc body ensures dimensional stability and heat dissipation.

What technical problems is BYD addressing in Ventilated disc geometry?

Inconsistent braking force distribution

(21)evidences

High thermal loads during braking cause component deformation and fluid vaporization. Reducing heat accumulation prevents brake fade and mechanical failure.

Thermal fatigue and wear

(21)evidences

Standard metallic brake components suffer from structural failure and friction loss under extreme heat. Transitioning to ceramic composites addresses the loss of mechanical integrity and wear resistance during high-temperature operation.

Excessive frictional heat accumulation

(19)evidences

Inadequate thermal dissipation during braking leads to brake fade and component warping. Mitigating heat buildup ensures consistent stopping power and extends service life.