Yanran Chen

Beijing University of Chemical Technology

Papers

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About

Yanran Chen is a robotics engineer whose work focuses on adaptive mechanisms for confined-space inspection. Chen’s primary research area is the structural design of pipeline detection robots, with a particular emphasis on creating systems that can autonomously adjust to varying pipe diameters. In their most-cited work, “Structure Design of Adaptive Pipeline Detection Robot” (2021, 6 citations), Chen introduces a novel robot architecture that uses a motor-driven lead screw adjustment mechanism, enabling the device to carry a camera through pipes ranging from 500 to 1000 mm in diameter. This contribution directly addresses a critical challenge in industrial inspection: the need for a single, versatile platform capable of navigating non-uniform pipeline networks without manual reconfiguration. By eliminating the requirement for multiple specialized robots, Chen’s design reduces inspection time and operational costs. While still early in their career, Chen’s work has already been recognized for its practical engineering merit, offering a scalable solution for infrastructure maintenance. Their research sits at the intersection of mechanical design, mechatronics, and field robotics, promising continued impact as aging pipeline systems demand more efficient monitoring technologies.