Yize Sun

Papers

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About

Yize Sun is a researcher specializing in advanced manufacturing and composite materials, with a primary focus on three-dimensional (3D) braiding technology and robotic control systems. Their major contributions lie in addressing critical challenges in the automated production of complex composite preforms, particularly in optimizing robot trajectory control for braiding intricate 3D shapes. In their most cited work (2021, 10 citations), Sun proposed a novel control method to overcome difficulties in robot teaching and stabilize the braiding angle for three-dimensional complex components, directly improving the mechanical properties of composite preforms. More recently (2025), Sun has advanced the field by modeling and analyzing yarn catenary behavior during 3D spherical braiding, a key step toward maintaining stable yarn tension and preventing preform defects through precise yarn retraction and release. While still early in their career, Sun’s work demonstrates a clear trajectory of impact, addressing fundamental manufacturing challenges that are critical for the low-cost, rapid production of high-performance composites. Their research holds significant promise for industries such as aerospace and automotive, where reliable, defect-free composite components are essential.