Michael Liverts

Michael Liverts is an Associate Professor in the Department of Fluid Mechanics at KTH Royal Institute of Technology. He specializes in shock wave dynamics, fluid mechanics, and high-energy density physics. His work focuses on experimental and computational studies of shock wave interactions, blast mitigation using foams, and advanced measurement techniques for dynamic pressures and temperatures. Liverts teaches courses such as Compressible Flow, Sustainable Development Methodology in Mechanics, and Mechanics I/II. He coordinates and examines multiple advanced-level degree projects in fluid mechanics and mechanics.

Research interests include shock wave convergence, real gas effects, underwater electrical explosions, and multiphase flow dynamics. His recent studies explore cylindrical shock wave behavior, supersonic jet generation via blast focusing, and the critical parameters governing wire explosion dynamics. Liverts has developed novel calibration methods for sensors measuring extreme pressures and temperatures (up to 3000°C) with sub-millisecond response times.

Publications span over two decades, with a focus on shock wave phenomena, thermal inhomogeneity effects, and foam-based blast mitigation strategies. His work bridges fundamental fluid mechanics with applied engineering solutions, particularly in safety systems and energy research. Liverts collaborates on European metrology projects (e.g., DynPT) and has contributed to high-current generator design for high-energy-density matter studies.

Teaching responsibilities include course coordination for core mechanics courses and advanced compressible flow modules. His pedagogical approach integrates research insights into curriculum design, emphasizing sustainable development principles in engineering education.