conducting of the testing

The information system for recording patients with hereditary angioedema (HAE) is a key tool for collecting, storing, and processing data on patients with this disease.

The system will enable the structured collection and storage of data, including demographic data, medical history, test results, and other clinical data. All data is stored in a secure environment that meets confidentiality and personal data protection requirements.

Furnace for fire tests of the building constructions and thermo-physical tests of materials is designed as a box (4 m x 1.8 m) with an internal flame retardant layer. The walls have openings for fuel and testing equipment; in the bottom there are embedded items for fixing the construction under study.

It reduces the threat of breach of the integrity, confidentiality and data authenticity within the organization using the data protection in the information-analytical systems (IAS).

The software combines the matrix affine transformations, multi-round actions with different keys (including the keys based on the Fibonacci matrices of high dimensionality), and exchange algorithms that in general significantly increases the reliability of the data protection software system.

We offer the technique of visualization of the pressure fluid flows structure in geometrical discontinuities of the round pipelines (contractions, enlargements, bends and their combination). Flow lines are defined by fast pace cine- and photo shooting. Fluid speeds are specified by the laser Doppler anemometer.

Thin flat pack of the clear fluid flow in any axial area of the round pipe, which contains geometrical heterogeneity, with transparent walls is visualized by flat light flux introducing the suspension of aluminum powder into the flow.

We developed the method of calculation of the pressure distribution pipelines (DP) and pipelines-collectors (PC) laid in a fluid flow that washes them externally.

The method is based on solving the generalized differential equations of the pressure fluid flow of variable discharge.

The originality of the proposed hybrid exterior wall design lies in the built-in thermosiphon solar collector, which reduces the load on the building's microclimate maintenance systems and provides partial ventilation of the room volume.

Physical and mathematical modeling using the visualization tools of the unsteady fluid flow, taking into account flowbi-rhythmand the analysis of the inertia forces impact on themotion.

Experimental determination of the local characteristics of the unsteady flow and comparing them with the numerical calculation results according to mathematical models of velocities and pressures distribution in the pipeline.