Wykaz obszarów badawczych związanych z tagiem Modelowanie-numeryczne:
| # | Obszar badawczy | Dziedzina naukowa |
|---|---|---|
| 1 |
Synthesis and properties of organosilicon aerogels and composite materials based on these aerogels: experimental research and numerical modeling. Numerical modeling of aerosol and colloidal systems (synthesis, particle dynamics, formation, structuring and disintegration of aggregates).
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| 2 |
I conduct research in the following areas: heat and mass transfer, thermal radiation, energy storage and conversion, heat storage, ground heat storage, thermochemical heat storage, phase change heat storage, heat and moisture transfer in building materials and porous media, pressure-retarded osmosis, intensification or limitation of heat transfer, modeling of heat and mass transfer processes, micro-macroscopic modeling of heat and mass transfer processes, thermal-flow modeling of devices, computational methods, numerical modeling, CFD. Examples of dissertation topics: Development of a model and investigation of heat and moisture transport in the multilayer protective clothing; Development of a method for prediction of effective (macroscopic) hygro-thermal and optical properties of the highly anisotropic medium; Development of the advanced micro-macroscopic model of transport phenomena in membrane used in the pressure-retarded osmosis (PRO) process.
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| 3 |
research on a physical model and building models for numerical analysis in the field of:
1. transient phenomena in a single-phase flow (liquid), i.e. water hammer, interaction of the fluid with the walls of the conduit (FSI), dynamic phenomena;
2.two-phase flows (liquid-gas) - observation of the phenomenon of two-phase flow with video image recording, creating flow maps, description of the processes taking place with the help of similarity numbers, dimensional analysis
Research area related to rainwater management / preventing dry /
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| 4 |
Study of carrier transport mechanisms in semiconductor layers and junctions, influence of deep defects on optoelectronic properties of materials, deep defect spectroscopy and numerical modeling in application to a) neuromorphic semiconductor devices (memristors,…) b) thin-film solar cells based on Sb2Se3 and Cu(In, Ga)(S,Se)2
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