Conference sections
1. MODERN BUILDING MATERIALS
- Theoretical basis of building materials science;
- Nanotechnology in the production of building materials;
- Modern high-performance concretes;
- Construction of modern multifunctional composites;
- Materials for road construction;
- Technologies of utilization and use in the production of building materials of industrial waste;
- Methods of testing, quality control of building materials and products;
- Technology of finishing and insulation materials and products;
- Estimation and increase of durability of building materials and products.
2. RELIABILITY OF BUILDINGS AND CONSTRUCTIONS
- The theory of calculation of structures;
- High-rise and large-span buildings and structures;
- Modern principles of calculation and design of structures of buildings and structures (including special purpose);
- Bases, foundations, underground structures;
- Tests, diagnostics, monitoring of the reliability of facilities;
- Fire safety of buildings and structures;
- Safety of buildings in special conditions of external influences, with combined special effects;
- Ecological safety in construction.
3. MODELLING AND MECHANICS OF BUILDING STRUCTURES
- Mathematical models of mechanics of a deformable solids mechanics and its application;
- The theory of elastic and plasticity;
- Fracture mechanics;
- Modelling and simulation of structures.
4. Sustainable ENGINEERING
- Engineering system, technique and technology;
- Built environment quality;
- Energy efficiency in construction;
- New construction technologies;
- Sustainable building technologies.
5. Hydrotechnical Construction
- Ecology, hydropower engineering and modeling of physical processes;
- Hydraulics of structures, hydraulic engineering and land reclamation construction;
- Bases, foundations, underground structures;
- Mechanization, electrification and renewable energy sources.
6. Sustainable Construction Technologies
- Innovations as the basis of sustainable development in construction and allied industries;
- Progressive technologies of construction;
- Organization and planning in construction;
- Organizational and technological design;
- Information modeling, life cycle management of buildings and structures;
- Mathematical methods for solving organizational and technological problems;
- Modeling of construction processes;
- Automation in construction;
- Construction economics;
- Safety of construction processes;
- Environmental aspects of construction technology;
- Construction control and supervision;
- Technical inspection and examination