Mohammad Amir Khozeimeh

Papers

Total Citations

H-Index

About

Mohammad Amir Khozeimeh is a researcher focused on the structural optimization and vibration analysis of composite materials, with a particular emphasis on applications in robotics and lightweight engineering. His work bridges material science and mechanical design, targeting improved performance in real-world systems. His most cited paper (7 citations) presents static and vibration analyses of a 5-DOF carbon fiber-reinforced polymer (CFRP) robot manipulator developed for agricultural applications, demonstrating how replacing traditional aluminum and steel components with CFRP can enhance stiffness and reduce weight. This contribution addresses the growing need for durable, efficient robotic systems in farming. In another influential study (4 citations), Khozeimeh introduces a simplified approach for selecting design parameters—such as fiber orientation, laminate thickness, and cross-sectional shape—for carbon and glass fiber reinforced composite beams, offering practical tools for engineers. While his citation counts reflect an early-career trajectory, his work is notable for its applied focus on composite structures in robotics, positioning him as a promising voice in the integration of advanced materials with mechanical systems.