- Brake Pads: Hightech Components With An Extreme Impact On All Customer Related Evaluation Criteria Of Brake Systems GBP 11.00
- Virtual Robustness Evaluation Of Brake Systems As Base For A Robust Design Process And As Part Of The Quality Control In The Early Stage Of The Design Process GBP 11.00
- Thermal Simulation Of Automotive Disc Brakes In Multi-stop Scenarios GBP 11.00
- New CAE Procedure For Reducing Brake Squeal Noise Based On Mass-stiffness Effect GBP 11.00
- FEM and CFD Co-simulation Study Of A Ventilated Disc Brake Heat Transfer GBP 11.00
- A Experimental Study Of Disc In-plane Mode Induced Brake Squeal GBP 11.00
- Reliability And Precision Of Complex Eigenvalue Method For Disc Brake Squeal Prediction GBP 11.00
- Feasibility Study Of Replacing Copper In Nao/non-steel Disc Pads By A Thermally Conductive Roxul®1000 Fibre And Synthetic Iron Sulphide GBP 11.00
Subtotal (excluding shipping and tax) GBP 88.00