- Russian Science Foundation, Grant No. 15-19-30002 (2015-2017). Shape and vibration control of adaptive thin-walled structures with segmented sensors and actuators made of functionally graded piezoelectric materials using geometrically exact solid-shell finite elements. Principal Investigator.
- Russian Ministry of Education and Science, Grant No. 9.137.2014/K (2014-2016). Numerical three-dimensional modelling of quasistatic problems of geometrically non-linear thermoelectroelasticity for intelligent thin-walled structures with piezoelectric sensors and actuators composed of functionally graded materials. Principal Investigator.
- Russian Fund of Basic Research, Grant No. 13-01-00155 (2013-2015). Development of analytical and numerical methods for solution of coupled problems of three-dimensional thermoelectroelasticity for piezoelectric laminated shells. Principal Investigator.
- Russian Ministry of Education and Science, Grant No. 1.472/2011 (2012-2013). Modeling of dynamic behaviour of adaptive thin-walled piezoelectric structures on the basis of exact geometry solid-shell finite elements. Principal Investigator.
- Russian Ministry of Education and Science, Grant No 2.1.1/10003 (2011). Analysis of multilayered composite thin-walled structures subjected to thermoelectromechanical loading based on geometrically exact solid-shell elements. Principal Investigator.
- Russian Ministry of Education and Science, Grant No. 2.1.1/660 (2009-2010). Analysis of multilayered composite thin-walled structures subjected to thermoelectromechanical loading based on geometrically exact solid-shell elements. Principal Investigator.
- Russian Fund of Basic Research, Grant No. 08-01-00373 (2008-2010). Contact interaction of elastic multilayered composite shells undergoing arbitrarily large rotations. Principal Investigator.
- Russian Fund of Basic Research, Grant No. 04-01-00070 (2004-2006). Contact problem for elastic multilayered anisotropic shell undergoing arbitrarily large displacements and rotations. Principal Investigator.
- Deutsche Forschungsgemeinschaft and Russian Fund of
Basic Research, Grant No. 98-01-04076 (1998-2000). Research of the static and dynamic
contact of a geometrically non-linear multilayered anisotropic shell of
revolution and deformed foundation with application to tire mechanics.
Untersuchung des statischen und dynamischen Kontaktes mehrschichtiger anisotroper
Rotationsschalen mit deformierbarem Untergrund in geometrisch nichtlinearer
Aufgabenstellung mit Anwendung auf die Reifenmechanik. Principal Investigator.
- INTAS/FP6, Grant No. 95-0525 (1997-1999). Mathematical models and solving
methods of the static and dynamic stress-strain state in composite shell
structures for different purposes especially for problems in tire mechanics. Principal Investigator.
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