Y. L. Mo

Papers

Total Citations

H-Index

About

Y. L. Mo is a leading figure in structural engineering, whose research has fundamentally advanced the understanding of reinforced concrete behavior under extreme conditions. His work spans key areas including the seismic performance of concrete structures, the ductility of steel reinforcement, and the development of innovative construction techniques. Mo’s major contributions are rooted in experimental and analytical studies that bridge material science and structural design. His highly cited 1995 paper, "Effect of Welding on Ductility of Rebars," with 8 citations, provides critical insights into how robotic tack welding—a method used to boost construction productivity—alters the mechanical properties of reinforcing bars under monotonic loading. This work has informed safer fabrication practices and improved quality control in reinforced concrete construction. Beyond this, Mo has made lasting impacts on earthquake engineering, helping to shape design codes for resilient infrastructure. His research is widely recognized for its practical relevance, influencing both academic inquiry and real-world structural applications. With a career dedicated to enhancing the safety and durability of buildings and bridges, Y. L. Mo remains an authoritative voice in structural and earthquake engineering.