Laboratory of Mechanics of Novel Materials and Technologies

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Research Topics

• mechanics of metamaterials;
• mechanics of abnormal behavior of crystalline materials;
• original software accessing specific problems of the mechanics of technological processes;
• mathematical models and computational methods for the technologies of thermoelectric materials production by pressing and for technologies for obtaining photonic and microelectronics materials by crystallization from solutions and melts;
• modeling of inelastic deformation and fracture processes in technologies including technologies for materials forming;
• development of mathematical methods of research and solution in problems of solid mechanics, mechanics of strength and fracture;
• mechanics of multiscale deformation of functional materials, including nanomaterials and composites;
• methods of experimental study of polymers and biomaterials mechanical properties;
• vibrations and stability of membrane-plate systems performing high-speed movement and interacting with external media and optimization of vibration suppression;
• variational methods in mechanics of solids and development of efficient computational algorithms of local and global optimization;
• optimization of structures from homogeneous and composite materials under strength and longevity constraints;
• problems with incomplete data in solid mechanics and the theory of multi-objective optimal structural design;
• static and dynamic problems of contact interaction including optimization problems;
• stability of straight movement of bodies in deformed medium taken into account friction and rotation with respect to axis of symmetry;
• experimental study of high-speed penetration of strikers, perforation of protection systems and motion of rigid bodies in various media.

Keywords

mechanics of technological processes, metamaterials, elasticity, plasticity, technological mechanics, mathematical methods, crystallization, materials forming, multiscale modeling, biopolymers, structural mechanics, optimal design.

Staff

Personality	Degree	Position	Room	Phone (int)	Phone (ext)
Dmitry S. Lisovenko	Corresponding Member of RAS	Head of Laboratory	328	14-09	+7 495 433 3496	lisovenk
Nikolay V. Banichuk	D.Sc., Professor	Principal Researcher	414	14-85	+7 495 434 8164	banichuk
Sergei E. Alexandrov	D.Sc., Assoc. Prof.	Leading Researcher	432	12-36		sergei_alexandrov
Dmitry V. Georgievskii	Corresponding Member of RAS	Leading Researcher	325	14-04	+7 495 434 3456	georgievmech.math.msu.su
Valentin A. Gorodtsov	D.Sc., Professor	Leading Researcher	408	13-51	+7 495 434 4156	gorod
Svetlana Yu. Ivanova	Ph.D.	Leading Researcher	424	12-26	+7 495 434 1467	ivanova
Anatoli I. Prostomolotov	D.Sc., Assoc. Prof.	Leading Researcher	371 370	13-79	+7 495 434 4153	aprosto
Yuri N. Radayev	D.Sc., Professor	Leading Researcher	330	14-35	+7 495 434 3592	radayev
Vasily V. Saurin	D.Sc., Assoc. Prof.	Leading Researcher	320	13-23	+7 495 434 9316	saurin
Natal'ya A. Verezub	Ph.D., Assoc. Prof.	Senior Researcher	371 370	13-79	+7 495 434 4153	verezub
Konstantin V. Kukudzhanov	Ph.D.	Senior Researcher	424 217	12-26	+7 495 434 1467	kconstantin
Elena A. Lyamina	Ph.D., Assoc. Prof.	Senior Researcher	432	12-36		lyamina
Evgenii V. Murashkin	Ph.D.	Senior Researcher	327	14-03	+7 495 434 3456	murashkin, evmurashkin
Kirill Yu. Osipenko	Ph.D.	Senior Researcher	13		+7 495 434 4664	osipenko
Alexander V. Chentsov	Ph.D.	Senior Researcher	219 432	12-36		chentsov
Mikhail A. Volkov	Ph.D.	Researcher	432	12-36		volkovmikhl
David V. Gandilyan	Ph.D.	Junior Researcher	105
Nikita E. Stadnik		Junior Researcher	327	14-03	+7 495 434 3456
Yury K. Bivin	Ph.D.	Leading Engineer	13		+7 495 434 4664	osipenko
Viktoriya F. Ivanova		Senior Programmer	425	12-27	+7 495 434 1467
Timofey K. Nesterov		Programmer	325	14-04	+7 495 434 3456

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See also Laboratory in ResearchGate