Linus K. Mettler

Papers

Total Citations

401

H-Index

About

Linus K. Mettler is a leading researcher in the field of structural and materials engineering, with a primary focus on the mechanics and performance of concrete structures. His work bridges the gap between advanced computational modeling and experimental validation, particularly in the study of complex concrete systems and early-age material behavior. Mettler’s most influential contribution is his 2014 paper on "Complex concrete structures," which has garnered 294 citations and established a foundational framework for analyzing the nonlinear behavior of reinforced and prestressed concrete elements. He further advanced the understanding of self-compacting concrete (SCC) in his 2016 study on the "Evolution of strength and failure of SCC during early hydration," cited 107 times, which provided critical insights into the time-dependent mechanical properties that govern construction quality and durability. His research has significant implications for the design of safer, more resilient infrastructure, and he is recognized for integrating high-fidelity simulation with practical engineering challenges. Mettler’s work continues to influence both academic research and industry standards in concrete technology.