This thesis investigates the spontaneous damage behavior of wet clutches under transient slip conditions, crucial for modern drivetrains' efficiency, safety, and comfort. The study examines failure mechanisms using three friction linings (paper, carbon composite, woven carbon) and various steel plate thicknesses, identifying buckling and delamination. Key findings include a critical temperature range for failure. Finite element models show design impacts, and predictive models, especially back-propagation neural networks, enhance reliability and maintenance.
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This thesis investigates the spontaneous damage behavior of wet clutches under transient slip conditions, crucial for modern drivetrains' efficiency, safety, and comfort. The study examines failure mechanisms using three friction linings (paper, carbon composite, woven carbon) and various steel plate thicknesses, identifying buckling and delamination. Key findings include a critical temperature range for failure. Finite element models show design impacts, and predictive models, especially back-p...
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