Robert G. Driver

Papers

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About

Robert G. Driver is a leading authority in structural steel engineering, with a particular focus on the fatigue behavior of bridge girders and the innovative use of high-performance steel. His most-cited work, "Fatigue Life of Girders with Trapezoidal Corrugated Webs" (2006, 57 citations), establishes critical fatigue design criteria for steel I-girders with corrugated webs—a geometry that enhances stability and reduces weight. By conducting large-scale tests on eight girders fabricated from HPS 485W steel, Driver provided the first systematic data on how trapezoidal web corrugations affect fatigue resistance, directly informing modern highway bridge design. His research bridges the gap between theoretical mechanics and practical construction, offering engineers validated tools to extend the service life of bridges while optimizing material use. Beyond this landmark study, Driver’s broader contributions to steel connection design and structural reliability have made him a trusted resource for both academia and industry. With a career dedicated to advancing the safety and efficiency of steel infrastructure, his work continues to shape codes and inspire new generations of structural engineers.