Computer modelling of physical fields, engineering processes and energy systems — from a research question to practical application.
Laboratory objectives
- Research, development and implementation of information and communication technologies and educational methods in energy information technologies.
- Modelling physical fields and processes using intelligent information technologies.
- Deployment of hardware and software facilities for modelling.
- Modelling and optimising energy and transport infrastructure using digital twins, with attention to active users and dynamic stability.
- Involving staff and students in research, individual work and extracurricular study.
- Developing lecture, practical and laboratory teaching methods, electronic library resources, demonstration stands and learning materials.
Examples of development work
Temperature fields in structures with heat pipes
Software models of heat pipes and honeycomb panels used in spacecraft structures. The mathematical model uses the transient heat conduction equation; parallel algorithms for multicore systems and clusters are also explored.
Automated thermal analysis
Hardware and software components for analysing the crystallisation of metal melts, using cluster analysis, neural networks for alloy phase recognition and spline smoothing of thermal curves.
Regulations and organisation
The laboratory’s regulations define its status, functions, management, staff responsibilities, cooperation with university units and funding.
Location
6 Politekhnichna Street, Building 5, Room 509, Kyiv 03056.