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Doctoral Schools WUT

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Research Areas:

# Research Area Scientific discipline
101
The main research areas of prof. Tomasz Ciach cover all issues related to medical biotechnology, in particular: drug delivery systems, nanoparticles for controlled drug delivery, nanoparticles for medical diagnostics, bone implants obtained by 3D printing methods, ceramic nanoparticles for bone imp… More
Chemical Engineering
102
I deal with the analysis of the synthesis safety and use of compounds with explosive groups. These compounds are commonly used as intermediates in the chemical industry and as components of utility mixtures. My research work is focused on compounds used as explosives (Ex). I deal with synthesis of … More
Chemical Engineering
103

Current research is focused on applications of dispersed systems in medicine, mainly in drug delivery systems such as inhalers and intranasal atomizers. In this case, chemical engineering issues concern, among others: (i) hydrodynamics and mass transport in the respiratory tract; (ii) generation… More

Chemical Engineering
104
Design, preparation and characterization of catalysts for large-scale industrial chemical processes of significant economic importance and functional materials used in electromobility, energy storage and production and hydrogen technologies for sustainable development. Current activity is focused a… More
Chemical Engineering
105
Areas of scientific activity: polymer materials, including degradable and biodegradable (description of the structure, characteristics of properties, relations between the structure and properties), polymer thermoplastic composites - including the use of natural fillers, polyurethane materials, inc… More
Materials Engineering
106
The research area covers a number of issues related to modeling, production and characterization as well as the practical use of materials for modern energy conversion and production systems. The works carried out are research and expert activities. The numerous cooperating entities include leading… More
Materials Engineering
107
Topic: New techniques of ultrasonic atomization of metals and alloys The proposed research area covers fabrication of powders of various materials by ultrasonic atomization, using arc and induction melting. Tests of powders in terms of their applications for 3D printing and description of optimal … More
Materials Engineering
108
In scientific practice, I deal with the design and numerical development of morphological features of the structure of polymer materials, with particular emphasis on hyper-deformable plastics and hybrid materials. The defined scope of research interests is reflected in my scientific achievements. T… More
Materials Engineering
109
The research focuses on manufacturing, characterization and numerical modelling techniques to design the microstructure and properties of porous materials and the processes taking place in them. Fabrication of materials is based on such techniques as: tape casting, 3D printing, chemical and electro… More
Materials Engineering
110
Research focuses on the development and characterization of advanced biomaterials for implantology, tissue engineering and drug delivery systems. More
Materials Engineering
111
The scope of scientific research interests includes the issues related to automatization and robotization of production processes, in particular advanced techniques of man-machine communication, based on automatic image recognition and speech recognition More
Mechanical Engineering
112
He specializes in the field of metrology of geometric quantities, mainly in the development of algorithms, modeling and accuracy testing of broadly understood coordinate measuring systems for the automotive, aviation, energy, precision and biomedical engineering industries. He also deals with quali… More
Mechanical Engineering
113
Supporting welding processes with physical factors such as mechanical vibrations, magnetic and electric fields. Diffusion welding and vacuum brazing of advanced materials such as composites, ceramics and metals. Non-destructive testing of metal products. More
Mechanical Engineering
114
Conceptual works in the area of aircraft design: aerodynamic configurations, propulsion systems selection, mission analysis etc. More
Mechanical Engineering
115
computer simulation of welding processes and surface modification processes by thermal spraying and thermal hardfacing/cladding, fabrication of structures by additive welding technology, analysis and testing of residual stresses in welded joints and surface layers, hybrid methods in welding proc… More
Mechanical Engineering
116
Problems of dynamics of motor vehicle traffic and electromobility. Stand and traction tests of motor and agricultural vehicles and their components and teams, in particular: experimental and simulation tests of controllability and the stability of motor vehicles; impact of vibrations on humans in… More
Mechanical Engineering
117
dynamics modeling and control of nonlinear ground and underwater vehicles, robotics, space control and space robotics More
Mechanical Engineering
118
dynamics modeling and control of nonlinear ground and underwater vehicles, robotics, space control and space robotics More
Mechanical Engineering
119
bookbinding technology and machines More
Mechanical Engineering
120
Her research interests are focused on the issues of modelling and designing effective transport and logistics networks and systems for servicing production companies and methods and tools supporting the planning and organization of transport with the use of heuristic algorithms based on evolutionar… More
Mechanical Engineering