Korkut Korkut

Papers

Total Citations

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About

Korkut Korkut’s research centers on robotics, specifically the kinematic design and analysis of robotic manipulators for practical automation tasks. His most cited work, “DESIGN AND KINEMATIC ANALYSIS OF A RRPR ROBOT ARM” (2016), with 3 citations, introduces a four-degree-of-freedom robot arm modeled using Denavit-Hartenberg notation. This study demonstrates how such a robot can be programmed for real-world applications, such as autonomously locating and placing books in library settings—addressing the challenge of finding misplaced items. Korkut’s contribution lies in bridging theoretical kinematics with functional design, offering a replicable framework for robotic systems in structured environments. While his citation count is modest, his work provides a foundational example of applying classical robotics principles to solve everyday logistical problems. This research underscores his commitment to developing accessible, programmable robotic solutions that enhance efficiency in tasks like inventory management or material handling. For students and researchers, Korkut’s approach highlights the importance of integrating rigorous kinematic analysis with user-oriented design, making his work a practical reference for those exploring affordable, task-specific robot arms in educational or small-scale industrial contexts.