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Search results for: PRZEPŁYWY PEŁZAJĄCE
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Heat transfer intensification in two-phase flow by tailoring the working medium distribution
ProjectsProject realized in Zakład Systemów i Urządzeń Energetyki Cieplnej
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GreenerFlow Towards greener traffic flow in the South Baltic Region: a data-driven approach to the congestion problem
ProjectsProject realized in Department of Transportation Engineering
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Heat transfer and flow resistance in flow boiling in minichannels of a new fluids with the parameters close to thermodynamic critical point
ProjectsProject realized in Department of Energy and Industrial Apparatus according to UMO-2017/25/B/ST8/00755 agreement from 2018-03-05
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UPTURN + UA Microfluidic channels in boron doped diamond: fluid flows modelling for electrochemical micro-sized sensors
ProjectsProject realized in Department of Metrology and Optoelectronics according to FWD/II/119/UPTURN_UA2/2022 agreement from 2022-12-13
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- Experimental and numerical (DEM) analysis of the contact zone between granular material and corrugated surface during silo flow.
ProjectsProject realized in Department of Engineering Structures according to UMO-2022/45/N/ST8/03567 agreement from 2023-05-04
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Experimental and numerical (DEM) analysis of the contact zone between granular material and corrugated surface during silo flow.
ProjectsProject realized in Department of Building Structures and Material Engineering according to UMO-2022/45/N/ST8/03567 agreement from 2023-05-04
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OPUS Fracture propagation in rocks during hydro-fracturing process - experiments and discrete element method coupled with fluid flow and heat transport
ProjectsProject realized in Gdańsk University of Technology; Faculty of Civil and Environmental Engineering according to UMO-2018/29/B/ST8/00255 agreement from 2019-02-04
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Methods for design of the camera network topology aimed to re-identification and tracking objects on the basis of behavior modeling with the flow graph
ProjectsProject realized in Department of Multimedia Systems according to UMO-2014/15/N/ST6/04905 agreement from 2015-09-30
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Shear stress connected with the fluid flow as an important parameter influencing the adhesion, invasion and tissue tropism of the uropathogenic E. coli polyadhesins to the host cells.
ProjectsProject realized in Department of Microbiology according to UMO-2014/13/B/NZ6/00257 agreement from 2015-02-09