Braking Discs TRIZ Cases
- Vehicle Brake Rotor Embed Casting Design
Eliminates fasteners by merging hub and friction ring through embed casting, reducing assembly complexity and resolving thermal expansion discrepancies.
- Ventilated Brake Rotor Turbulent Cooling Design
Segmented ribs with varying cross sections guide airflow through brake disk ducts, resolving insufficient turbulence in conventional cooling channels.
- C/C Composite Brake Disk Fabrication via Simultaneous CVI
Simultaneous chemical vapor infiltration of pyrolytic carbon and zirconium precursors densifies a carbon yarn fiber preform into a composite matrix.
- Motorcycle Brake Disc Thermal Deformation Compensation
Radial slots enable brake disc thermal expansion without axial misalignment, eliminating vibration from elastic return.
- Bicycle Disc Brake Rotor Thermal Expansion Management
Segmented rotor design with radial expansion portions accommodates thermal growth, reducing axial displacement and friction noise.
- Composite Brake Disks with Integrated Encapsulated Heat Sink
Silicon-containing encapsulation layers protect embedded phase change materials from oxidation, extending brake disk life and reducing cooling times.
- Brake Rotor Mounting Arrangement Thermal Decoupling
A brake rotor mounting arrangement thermally decouples the friction ring from the wheel hub using specialized splines and bushings.