Research Areas:
| # | Research Area | Scientific discipline |
|---|---|---|
| 141 |
Research work in the area of control of unmanned aerial vehicles and missiles.
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Mechanical Engineering |
| 142 |
The core of my research is related to the development of spatial imaging methods of static objects (widely known as 3D scanning) and those in motion (called 4D scanning, realised many times per second), the automation of related processes and their practical use. The work related to the development…
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Mechanical Engineering |
| 143 |
Smart materials are structures whose physical properties can be changed by an external factor. Examples of this type of material are piezoelectrics, rheological liquids or Vacuum Packed Particles, which are the main scientific interest of my team. VPP are structures made of loose granular material,…
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Mechanical Engineering |
| 144 |
Dimensional control and metal flow inspection using machine vision is increasingly being used as a measurement technology that provides rapid and accurate representation of the final product. Therefore, the aim of the proposed direction of research is to develop a smart measurement technology in th…
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Mechanical Engineering |
| 145 |
Implementation of activities in the field of construction and operation of machines. The conducted research concern the design, modeling and simulation tests of composite multi-layer structures. Detailed areas of activity are related to the modeling of sandwich panels for e.g. for the construction …
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Mechanical Engineering |
| 146 |
machining, metrology, SPC, MSA, quality control
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Mechanical Engineering |
| 147 |
joining of advanced materials; hybrid welding; surface modification; surface remanufacturing; solid-state welding
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Mechanical Engineering |
| 148 |
Design and multidisciplinary optimization (aerodynamics, structures, performance, etc.) of flying objects with particular emphasis on flying qualities (dynamic stability and control). Unconventional configurations - searching for optimal solutions. Unmanned aerial vehicles (UAV) for various purpose…
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Mechanical Engineering |
| 149 |
Plastic micro-forming, mechanical micro-joining, incremental micro-forming: - metal objects with dimensions of approximately 1 mm. Metallic glasses. Heat treatment of micro-objects. Contact issues in the processes of plastic microforming. Supporting processes with the energy of low-frequency vibrat…
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Mechanical Engineering |
| 150 |
In order to ensure product safety, the corrugated board strength indexes should be maintained at an appropriate level. In summary, conducting research in the field of packaging is nowadays popular and current topic. In the theoretical part of this thesis will include analysis of scientific literatu…
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Mechanical Engineering |
| 151 |
Modelling of geometrical tolerances of machine parts. Development of new standardisation concepts for dimensional and geometrical tolerances to be used in the design, manufacturing, testing and operation of machine parts. Research into new and improvement of tools for the specification of product g…
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Mechanical Engineering |
| 152 |
My research interests include the analysis of the surface free energy of printing materials, development, properties and modifications of biodegradable films dedicated for packaging.
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Mechanical Engineering |
| 153 |
My research interests include the analysis of the surface free energy of printing materials, development, properties and modifications of biodegradable films dedicated for packaging.
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Mechanical Engineering |
| 154 |
vibroacoustics, noise and vibration propagation, minimization of vibrations and noise, technical diagnostics
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Mechanical Engineering |
| 155 |
Biodiversity of microorganisms involved in biological nutrients removal from wastewater, microbial population dynamics in active sludge. Relationships between the technological system, wastewater treatment parameters and the microbial community structure in activated sludge, factors affecting nutri…
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Environmental Engineering, Mining and Energy |
| 156 |
The main field of scientific research are processes of biological removal of gaseous pollutants from waste gases, and other biotechnologies in environmental engineering and environmental protection, such as biodegradation processes of hardly degradable compounds, including halogenated hydrocarbons,…
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Environmental Engineering, Mining and Energy |
| 157 |
Heat and mass exchange between a human body and environment, an influence of a human body on the parameters of the indoor environment; analysis of indoor environmental conditions in terms of users' comfort and buildings energy consumption; human body thermoregulation including inter-subject variabi…
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Environmental Engineering, Mining and Energy |
| 158 |
Heat and mass transfer in refrigeration and air conditioning equipment;
Freecooling;
Server room cooling;
Plasma spraying of coatings;
Plasma destruction of waste;
Thermal-flow calculations of energy condensers
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Environmental Engineering, Mining and Energy |
| 159 |
The research area is related to the control, identification and management of thermal processes in the area of Heating, Ventilation, Air Conditioning and Refrigeration, with particular emphasis on Heating & Air Conditioning systems. The test applied research methods used include experimental rese…
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Environmental Engineering, Mining and Energy |
| 160 |
Unconventional methods of energy conversion and storage
Solar energy, active and passive solar energy use, solar technologies
Heat transfer in buildings
Energy interactive building envelope, hybrid systems
Renewable energy systems in buildings
Solar Energy in Buildings
Energy …
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Environmental Engineering, Mining and Energy |