Areas of research:

- High-strength steels manufacturing technology for welded metal bearing structures;
- Structural steel framing for vertical extension and improvement of existing mass-produced residential buildings of the 1960s-1970s period;
- Gas erosion protection technology for gas turbine engines operating at high temperature;
- Physical materials science of construction steels and building materials;
- Nanotechnologies and nanomaterials.

Scientific achievements:

– Developed:
Design guidelines for high-strength sheet rolling in production of building structures and tanks;
Modern heat treatment technologies for pipeline welding equipment;
High-strength bainitic steels;
New multilayer protective coatings for the Ukrainian aviation industry.

– Proposed:
Light steel framing for vertical extension of low-rise residential buildings;
New solutions of architectural and planning problems;
Creation of complex service systems.

– Developed and proposed:
Criteria and models for low carbon microalloyed hot rolled steels.

– Developed and mastered:
More than 40 types of building materials and products based on waste of the metallurgical, mining and chemical industries.

– Studied:
Steel structure at a nanotechnological level.

– Scientifically substantiated:
Carbon nanostructures, nanolayers, and their composites

– Increased:
Corrosion resistance of low-alloy and high-alloy steel pipes.

– Improved:
Reconstruction projects for mass-produced residential buildings of the 1950s-1960s period.