Research

Current research
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.
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Past research
-Light steel framing for vertical extension of low-rise residential buildings; -New solutions of architectural and planning problems; -Creation of complex service systems. -Criteria and models for low carbon microalloyed hot rolled steels. -More than 40 types of building materials and products based on waste of the -metallurgical, mining and chemical industries. -Steel structure at a nanotechnological level. -Carbon nanostructures, nanolayers, and their composites -Corrosion resistance of low-alloy and high-alloy steel pipes. -Reconstruction projects for mass-produced residential buildings of the 1950s-1960s period.
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Expertise Summary

- 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.

Publications

1. Bolshakov V. I. Analysis of the causes of the manifestation of the “Topolina” disaster and measures to exclude similar phenomena during the design and construction of a building built on subsidence soils (by the 20th anniversary of the disaster). General prerequisites for the formation of the causes of the “poplar” catastrophe (part 1) / V. I. Bolshakov, N. A. Motorny // Bulletin of the Dnipro State Academy of Construction and Architecture: coll. of science works – Dnipropetrovsk: PDABA, – No. 2. – P. 20 – 34.

2. Bolshakov V. I. Analysis of the causes of the “Topolina” disaster and measures to exclude similar phenomena in the design and construction of buildings built on subsiding soils (by the 20th anniversary of the disaster). General prerequisites for the formation of the causes of the “poplar” catastrophe (part 2) / V. I. Bolshakov, N. A. Motorny // Bulletin of the Dnipro State Academy of Construction and Architecture: coll. of science works – Dnipropetrovsk: PDABA, – No. 2. – P. 35 – 48.

3. V. I. Bolshakov Analysis of the causes of the “poplar” disaster and measures to exclude similar phenomena in the design and construction of buildings built and constructed on subsidence grounds (for the 20th anniversary of the disaster) / V. I. Bolshakov, N. A. Motorny // Bulletin of the Dnipro State Academy of Construction and Architecture: coll. of science works – Dnipropetrovsk: PDABA, – No. 1. – P. 23 – 35.

4. Bolshakov V. I. Determination of the phase composition of the sealing coating based on APS (aluminophosphate compound) / V. I. Bolshakov, O. B. Zagorodniy, S. I. Veselova // Bulletin of the Dnipro State Academy of Construction and Architecture: coll. of science works – Dnipropetrovsk: PDABA, – No. 2. – P. 10-19.

5. V. I. Bolshakov. To the 90th anniversary of the birth of Yury Mykolayovych Taran / V. I. Bolshakov // Metal science and thermal treatment of metals: scientific and informational journal. – Dnipropetrovsk: PDABA, – No. 1. – P. 10-11.

6. Bolshakov V.I. IChM – scientific center for the development of the metallurgical industry of Ukraine / V.I. Bolshakov, H.P. Yevseeva, A.G. Peretokin // Bulletin of the Dnipro State Academy of Construction and Architecture: coll. of science works – Dnipropetrovsk: PDABA, 2017. – No. 1. – P. 10 – 22.

7. Bolshakov V. I. Structure and properties of low-alloy construction steels modified with nanodispersed compositions / V. I. Bolshakov, A. V. Kalinin // Construction, material science, machine construction. Ser. : Starodubovsky readings : Sat. science tr. – Dnipropetrovsk: PGASA, 2017. – Issue 95. – P. 40 – 44.

8. Influence of annealing on the structure and properties of cold-deformed low-carbon steel / V. I. Bolshakov, V. I. Sukhomlyn, S. I. Sobolevsky, S. A. Ovcharuk, V. I. Voloh // Construction, material science, machine construction. Ser. : Starodubovsky readings : Sat. science tr. – Dnipropetrovsk: PGASA, 2017. – Issue 96. – P. 37-41

9. V. I. Bolshakov, Ways of identification of anthropomorphic systems. / V. I. Bolshakov, Yu. I. Dubrov // Bulletin of the National Academy of Sciences of Ukraine: coll. of science works – Kyiv, 2017. – No. 10. – P. 62 – 66.

10. Bolshakov V. I. Topological and fractal invariants of the structure for the assessment of metal quality / V. I. Bolshakov, V. N. Volchuk, Yu. I. Dubrov // Reports of the National Academy of Sciences of Ukraine: coll. of science works – Kyiv, 2017. – No. – P. 42 – 48.

Courses

1. Functional materials
Learning the structure and properties of new functional materials. Learn to predict the properties of new materials, the structures of which can be composed of the necessary phases based on the principle of material design. To acquire practical skills regarding general techniques used in the selection of materials for various spheres of life.

2. Materials science as the basis of urban planning
The educational discipline is aimed at studying the general principles underlying the development of modern materials for building systems; the main mechanisms of increasing the complex of properties of modern materials for the load-bearing structures of building systems.

3. Metallophysical crystallography and grain boundary construction
The subject of study of the educational discipline is the structure, shape and properties of crystal lattices of structural metal materials, the conditions of their formation and the influence of deformation regimes on special boundaries and grain boundary construction.