Dennis Mihora
Papers
1
Total Citations
3
H-Index
1
About
Dennis Mihora is a researcher whose work centers on the mechanical interactions between vehicles and road surfaces, particularly in the context of rollover safety. His key research areas include friction dynamics, impact mechanics, and the structural behavior of materials under extreme loading conditions. Mihora’s most notable contribution is his 2012 study, "Friction Between Steel and Asphalt Without Gouging Under Representative Rollover Impact Pressures," which examines the friction loads generated when cylindrical steel structures slide against asphalt without gouging. This work is critical for understanding how friction dissipates vehicle energy during rollover events, where the roof structure contacts the ground. By quantifying these forces, Mihora’s research provides essential data for improving vehicle safety designs and crash simulations. Although his citation count is modest—with 3 citations for this key paper—the work’s practical relevance to automotive engineering and accident reconstruction underscores its impact. Mihora’s findings help engineers model rollover dynamics more accurately, contributing to safer vehicle structures and better occupant protection. His research remains a valuable reference for those studying vehicle-ground interactions and friction mechanics in crash scenarios.
Research Focus
Key Achievements
Top Papers
- 1