construction

They are designed for the use in public and civil buildings, which have special requirements for attractiveness of architectural form, acoustic insulation, presentable look etc.

Was developed two types of constructions:

Micropiles made of steel tubes, pressed into the soil from basements of the existing buildings, are filled with concrete and the additional reinforcement.

The micropiles are made of reinforced concrete elements joined during the pressure process.

The constructions are designed for application in monolithic and precast-monolithic ceilings, residential and office buildings built on weak grounds for the purpose of reducing the load of the building's weight.

Three types of bending foam-concrete constructions are developed:

The following services are provided:

• the examination, estimation of the technical state, and certification of the building design of the buildings and constructions;
• the development of the project documentation for building and renovation of the singlefamily andmultistory houses, industrial buildings and constructions;
• the exploration and full-scale testing of the building constructions, fragments and buildings in general in order to provide strength, durability and reliability.

It allows constant monitoring of the metal structures (e.g. bridges, cranes, aircraft frames, turbine blades), which are constantly effected by the different loads, and preventing the accidents.

Development of methods for optical analysis of the microstructure of metal constructions allows us to control the material condition, identify the cracks origin and warn about the preaccidental condition.

The device in the real conditions of engineering object provides an opportunity to calculate the optimal duration of global navigation satellite system (GNSS) observations for definition of deformation and displacement of engineering structures with the specified accuracy.

The device consists of two differential carriages, on which GNSS antenna receivers are set and for which determination of the optimal measurements duration in given conditions is conducted. Using the device, we are able to hold displacement of GNSS antenna in space in three dimensions with accuracy 0.01 mm.