C. Cherif

Papers

Total Citations

H-Index

About

C. Cherif is a leading researcher in advanced composite materials and manufacturing, with a focus on integrating smart technologies into textile-based composites for high-performance applications. Their work centers on three key areas: robotic tooling for automotive manufacturing, process monitoring of carbon fiber-reinforced plastics (CFRP), and adaptive composites using shape memory alloys (SMAs). Cherif’s most cited paper, "Review on Recent Composite Gripper Concepts for Automotive Manufacturing" (2016, 9 citations), provides a critical analysis of fiber-reinforced robotic grippers, demonstrating how composite tooling can reduce cycle times and energy consumption in automotive production. In "Robot-guided eddy current measurement of yarn orientation change during stepwise 3D draping" (2017, 3 citations), they developed a novel method to monitor fiber orientation changes during CFRP draping—a process that directly impacts final part strength. More recently, their 2023 work on SMA-integrated fiber rubber composites (2 citations) explores bend-twist coupling through tailored-fiber placement and knitting techniques, enabling adaptive structures. Though early in their career, Cherif’s contributions bridge materials science and manufacturing, offering practical solutions for lightweight, intelligent composites. Their research is particularly valuable for students and engineers seeking to understand real-time process control and smart material integration in composite manufacturing.