Binbin Peng

Nanjing University of Science and Technology

Papers

Total Citations

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About

Binbin Peng has made focused contributions to the field of parallel robotics, with a particular emphasis on kinematic analysis, mechanism design, and calibration. His research centers on the development of novel parallel mechanisms with enhanced rigidity and constrained degrees of freedom, addressing fundamental challenges in robot precision and structural performance. Among his notable works, Peng introduced a high-rigidity 2-DOF parallel translating robot, featuring a novel passive mechanism derived from the singularity configuration of the 3-UPU parallel manipulator—a creative approach that leverages kinematic singularities for functional design. His 2019 study on the kinematics and orientation capability of a family of 3-DOF parallel mechanisms further advances the theoretical understanding of motion constraints and workspace analysis. Though his citation counts are modest, Peng’s work contributes to the foundational engineering of parallel robots, particularly in applications requiring high stiffness and limited mobility. His 2005 modeling work for robot calibration also underscores a sustained interest in practical accuracy improvement. For students and researchers exploring parallel kinematics or rigid-body mechanism design, Peng’s studies offer insightful examples of how singularity analysis and passive constraints can be harnessed for innovative robotic architectures.