Litcius/Paper detail

Multi-matrix co-optimization and artificial neural network-assisted property prediction of carbon fiber reinforced friction materials

Peng Cheng, Jie Fei, Lehua Qi, Zhaoxi Gou, Tengyang Zhang, Ying Xia, Wenshan Wang, Hejun Li

2025Tribology International11 citationsDOI

Topics & Concepts

Materials scienceComposite materialAerospaceSilicone rubberFriction coefficientThermal stabilityShear strength (soil)Shear (geology)Compressive strengthMatrix (chemical analysis)Natural rubberThermalFiberCarbon fibersSiliconeWork (physics)Coefficient of frictionPolymerUltimate tensile strengthFrictional coefficientSpecific strengthArtificial neural networkTribologyCharacterization (materials science)Carbon fiber reinforced polymerVolume (thermodynamics)Nano-Thermal conductivityTribology and Wear AnalysisBrake Systems and Friction AnalysisMechanical Engineering and Vibrations Research
Multi-matrix co-optimization and artificial neural network-assisted property prediction of carbon fiber reinforced friction materials | Litcius