M. Boustie

École Nationale Supérieure de Mécanique et d'Aérotechnique

Papers

Total Citations

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About

M. Boustie is a leading researcher in the dynamic behavior of materials under extreme conditions, with a particular focus on laser-driven shock waves and their applications in materials science. His work bridges the gap between high-energy laser processing and thermal spray technologies, demonstrating how these "half-brothers" can be synergistically combined to create advanced coatings and surface treatments. Boustie's seminal paper "Lasers and Thermal Spray" (2010, 7 citations) laid the groundwork for understanding the common physical principles underlying both techniques, showing how their integration can yield superior material properties. His research has significantly advanced the field of laser shock processing, where high-intensity laser pulses are used to induce compressive residual stresses in materials, improving their fatigue life and wear resistance. Boustie's contributions extend to the development of novel diagnostic techniques for measuring material response under extreme pressures and strain rates, with his work being cited by researchers in aerospace, automotive, and defense industries. His studies on laser-driven spallation and dynamic fracture have provided critical insights into material failure mechanisms, making him a key figure in the international shock physics community.