In the period from 2018 to 2025, the laboratory team won a Megagrant, grants from the Russian Science Foundation and the Russian Foundation for Basic Research, and a State Assignment:

•  "Development of fundamental principles for the formation of micro- and nanoscale structures in promising metals and alloys during asymmetric deformation based on solving a set of technological and energy problems," contract dated January 16, 2026;
• "The phenomenon of dynamic structural and phase transformation during asymmetric rolling of polymorphic alloys and the development of methods for the production of new promising high-tech materials based on it", Contract No. 25-79-31018 dated August 25, 2025;
• "Development and theoretical and experimental study of new methods of asymmetric volumetric plastic deformation for the production of long-length metal products with increased strength and ductility", Agreement No. 24-19-20026 dated April 12, 2024;
• "Comprehensive study of the possibility of using self-locking structures to increase the rigidity of materials and structures", Agreement No. 22-19-20073 dated December 25, 2022;
• "Fundamentally new effects of asymmetric plastic deformation of metals and alloys and their application to the creation of innovative production technologies", Agreement No. 23-79-30015 dated April 13, 2023;
• "Development of asymmetric deformation technology rolling as a method of intensive plastic deformation of aluminum tapes with a gradient structure with increased strength and ductility", Contract No. 20-38-90097/20 dated September 03, 2020;
• "Mechanics of cold plastic welding of layered Al-Fe composites based on the microstructural design of the interface to ensure increased joint strength", Agreement 20-69-46042 dated May 20, 2020;
• "Development of lightweight nanostructured functional gradient materials for high-strength applications using hybrid asymmetric rolling and incremental forming methods", Agreement No. 22-49-02041 dated March 9, 2022;
• "Mechanics of gradient, bimodal and heterogeneous metallic nanomaterials of increased strength and plasticity for promising structural applications", Contract No. 074-02-2018-329 dated May 16, 2018.;
• "Development and theoretical and experimental study of new methods of intensive plastic deformation for obtaining high-strength nanostructured metal sheets", agreement No. 15-19-10030-P dated April 13, 2018.