Jesper Brauer

Papers

Total Citations

138

H-Index

About

Jesper Brauer is a leading researcher in the field of gear mechanics and transmission engineering, with a particular focus on the simulation and analysis of gear wear and transmission error. His work bridges finite element (FE) methods with analytical approaches to tackle complex problems in gear dynamics. His most-cited paper, "Simulation of wear in gears with flank interference—a mixed FE and analytical approach" (2003, 97 citations), introduced a pioneering hybrid methodology that accurately predicts wear progression in gears under flank interference, offering critical insights for improving gear durability and performance. Building on this, his study "Transmission error in anti-backlash conical involute gear transmissions: a global–local FE approach" (2004, 41 citations) developed a sophisticated global-local FE framework to quantify transmission error, a key factor in noise and vibration control. These contributions have been instrumental in advancing the design of high-precision, low-noise gear systems, impacting industries from automotive to aerospace. Brauer’s work is widely recognized for its practical relevance and methodological innovation, making him a respected authority in gear tribology and computational mechanics.