Research Center for Construction Technologies

Research and Innovation

Laboratories and Centers

All achievements

Models of various types of helicoids were developed, and their stress-strain state was analyzed

Application: design of modern spatial structures made of thin reinforced concrete or metal shells.

Computer programs for modeling and calculating certain types of analytical surfaces, in particular helicoids, were created and registered

Application: design of spatial structures for various building projects.

Methods for assessing the strength of horizontal reinforcement in a reinforced concrete foundation slab were developed based on the Mohr-Coulomb criterion and generalized singular strength condition

An applied study was completed to assess the strength of horizontal reinforcement in a reinforced concrete foundation slab.

Application: design of reinforced concrete slab foundations.

A fundamental scientific analysis of the accumulation of plastic deformations and their localization under ideal plastic flows was conducted, and a software product was developed to calculate the resulting deformations

Application: determining plastic deformations in building elements made of various materials.

Research was conducted and computer programs were developed to calculate the temperature and humidity conditions of building walls and evaluate their energy-saving characteristics

Application: studying the temperature and humidity conditions of building enclosing structures to reduce the thickness of insulation.

A technology for producing a special concrete mix with increased compressive strength and reduced vapor permeability was developed and patented for concrete structures with increased impact toughness

Application: monolithic concreting of protective structures subjected to impact loads.

A comprehensive methodology was developed to study innovative design and construction processes for industrial, civil and hydraulic structures based on digital information systems and the application of nanotechnology in construction materials science

Application: analysis of the applied use of digital technologies in building structures and building materials design.

Technologies for producing new types of concrete with specified properties necessary for construction in hot climates were developed and tested

Application: construction of buildings and structures with energy-efficient designs for hot dry and hot humid climates.

A composition of an anti-adhesive coating using nanoscale materials was developed to prevent the adhesion of hardening concrete mixture to the surfaces of formwork panels

Application: construction of buildings while ensuring high-quality surfaces of building structures constructed from monolithic reinforced concrete, as well as a significant increase in formwork turnover.

A technology for producing nanoscale silicon dioxide from rice husks was developed and patented

Application: chemical industry, production of mineral modifiers for cement binders.

A technology for producing nanomodified mortar for dry hot climates was developed and patented. This mortar possesses the required mobility, water retention capacity and adjustable setting time.

Application: masonry using ceramic stones, ceramic bricks and hollow bricks in dry hot climates.