Projects

Project Description This project evaluates the scratch resistance of solar panel surfaces following the IEC 62788-7-3:2024 standard. Using a multi-arm scratch tester (shown above), we systematically simulate mechanical abrasion scenarios that solar modules may encounter during installation, transportation, or long-term outdoor exposure.

Project Description Our research explores how laser peening can improve the strength, fatigue resistance, and surface properties of metals. Video Demonstration Methodology Experimental setup Key findings

The quality of PTFE transfer films plays a critical role in determining the tribological performance and service life of sliding components. This study investigates the mechanism of PTFE transfer film formation under low contact pressure and high sliding speed, focusing on the role of surface laser texturing.

This project aims to investigate the performance of water-lubricated stern bearings, focusing on addressing the issue of relatively shorter lifespan compared to traditional oil-lubricated bearings. Traditional stern bearings in ships have been predominantly lubricated with oil.

Project Title: Development of a Test Rig for Performance Verification of Piston Ring-Cylinder Liner in Simulated Gas-Fueled Environment Project Overview: The objective of this project is to develop an innovative test rig for performance verification of piston ring-cylinder liner in a simulated gas-fueled environment, addressing the need for frictional performance testing in hydrogen/ammonia fuel conditions.