Jacques Lanteigne

Papers

Total Citations

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About

Jacques Lanteigne’s research career is defined by pioneering contributions to the mechanics of surface treatment and residual stress analysis, particularly through the lens of industrial automation. His most cited work, “Residual Stresses Induced by Robotized Hammer-Peening” (2005, 7 citations), investigates the strains generated during hammer-peening on mild steel plates, a process robotized by Hydro-Québec’s research institute (IREQ). By employing strain gauges to capture real-time data, Lanteigne provided critical insights into how robotic precision can optimize residual stress profiles—a key factor in enhancing material fatigue life and structural integrity. This work bridges fundamental mechanical engineering with applied robotics, offering a foundation for modern surface engineering in energy and manufacturing sectors. Though his citation counts are modest, the specificity of his contributions—linking process parameters to measurable outcomes—has informed subsequent studies on peening techniques. Lanteigne’s achievements underscore the value of targeted, industry-driven research, demonstrating how even niche investigations can advance practical solutions for durable, high-performance components.