Mergen H. Ghayesh

Papers

Total Citations

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About

Mergen H. Ghayesh is a distinguished mechanical engineer and applied mechanician whose research has made significant contributions to the dynamics and vibrations of advanced structural systems. His work focuses on the nonlinear mechanics of axially moving structures, with particular emphasis on carbon nanotube (CNT) reinforced beams and other functionally graded materials that are central to next-generation engineering applications. Ghayesh's investigations into axially travelling beam systems have addressed real-world challenges encountered in robotic manipulators, cable tramways, textile fibre processing, and continuous mass transport systems — domains where structural integrity and vibrational control are critically important. By analysing complex boundary conditions, including clamped-clamped configurations with elastic supports, his research provides foundational insights that enable engineers to design safer and more efficient dynamic systems. His scholarly output has garnered meaningful citation recognition within the research community, reflecting the practical relevance and analytical rigor of his contributions. Students and researchers working at the intersection of structural mechanics, nanotechnology-enhanced composites, and nonlinear dynamics will find Ghayesh's body of work an invaluable reference point for understanding how advanced material systems behave under the demanding conditions of axial motion and external loading.