setembro 14, 2026

Torque, Judder, and Durability: Data-Driven Engineering of Clutch Friction Materials

EN

Clutch facings live at the intersection of driver feel, safety, and durability—and this book shows how to engineer them with data, not guesswork. Across nine studies, laboratory torque signals, finite element models, sub-scale benches, and statistical experiments are used to predict judder, burst resistance, and wear long before a vehicle hits the road. It is a practical blueprint for anyone who wants faster material development, fewer field surprises, and test methods that actually correlate with the car.

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Capítulos

1. 1
   Predicting Clutch Judder from Torque Signals
2. 2
   A Gold Standard for Torque: Separating Clutch Facings by Judder Behaviour
3. 3
   Simulating Clutch Facing Burst Resistance with Finite Element Analysis
4. 4
   Sub-Scale Judder Testing: Correlating a Bench Machine with the Vehicle
5. 5
   Shrinking the Judder Test: A Sub-Scale Machine for Facing Sensitivity
6. 6
   Classifying Clutch Facing Judder Sensitivity: Simulation Plus Vehicle Validation
7. 7
   Finding the Hidden Process Variables Behind Clutch Facing Burst Resistance
8. 8
   Linking Bench Wear to Vehicle Mileage with DOE and Weibull Analysis
9. 9
   Building a Test Procedure for Friction Facing Durability

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