Combined Theoretical and Experimental Study of Ice Behavior Under Shock and Explosive Loads

Dr. Maxim Yu. Orlov is a senior researcher in the Strength Laboratory of Research Institute of Applied Mathematics and Mechanics, at Tomsk State University, Russia. He was scientific adviser on scientific projects supported by the Russian Foundation for Basic Research, Bortnik Foundation, Federal Target Program "Scientific and Scientific-Pedagogical personnel innovative Russia -2013", Grant of Research and Education Center "Physics and Chemistry of High-Energy” and Fund of Scientific Grants of the President of the Russia. He is member of the International Association on Protective Structure, Impact Engineering and Light Weight Armour Group (LWAG). His research interests include protective structures and impact resistance, numerical modelling and simulation, continuum mechanics and material design, ballistics performance, and impact resistance of advanced materials. Dr. Yulia N. Orlova is an associate professor in the Department of Petroleum Engineering, School of Natural Resources Engineering, at Tomsk Polytechnic University. Russia. She successfully defended her PhD thesis in Deformable Solid Mechanics in 2015 at the Tomsk State University. Her dissertation is devoted to the study of the processes of ice failure under shock and explosive loads. She teaches several disciplines, including "Subsurface fluid mechanics", "Monitoring and regulation of oil recovery processes", "Fundamentals of oil and gas field development" and others. She was scientific adviser on scientific projects supported by the Russian Foundation for Basic Research and Federal Target Program "Scientific and Scientific-Pedagogical personnel innovative Russia - 2013". She trained at the Bauman Moscow State Technical University (Moscow), the Baltic State Technical University "Voenmekh named after D.F. Ustinov" (St. Petersburg) and the Lobachevsky Nizhny Novgorod State University (N. Novgorod). Her research interests include ice mechanics, numerical simulation, a full-scale and laboratory experiments, development of ice composite.

• Phenomenological model and numerical method.- Experimental and theoretical research of ice destruction under explosive and impact load.- Conclusion.