Numerical studies in flow and thermal engineering

Numerical Analysis , Simulation

Our numerical simulation laboratory has the following equipment and software for numerical studies in the field of flow and thermal engineering:

Workstations:
- 1 TYAN TX46 four-processor workstation (8 cores, 32 GB memory)
- 1 SUN FIRE X4600 eight-processor workstation (32 cores, 256 GB memory)
- 14 HP Workstation computers in the teaching and research computer laboratory
Software:
- ANSYS Workbench – FLUENT software
  - Designed for academic-level numerical studies

This equipment and software enables the laboratory to perform a wide range of numerical simulations in the field of fluid dynamics and thermal engineering. The available resources, including multiprocessor workstations and ANSYS Workbench software, support detailed investigations and modelling of problems related to thermodynamic and fluid dynamics phenomena.

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További laboratóriumi vizsgálatok

Physical examination
Scanning calorimeter (DSC)
The use of a scanning calorimeter (DSC) to monitor heat-induced or cooling-induced processes in the test material and track phase transformation processes.
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Physical examination , Optical/imaging tests
Thermal imaging inspections
Thermal camera tests using the FLIR SC 660 type thermal camera. High-resolution still or moving thermal images for thermotechnical analyses of high-temperature equipment, fault detection, and building energy assessments.
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Shape and Size Determination Analysis , Optical/imaging tests , Physical examination
Scanning microscopic examinations
Heating microscope tests using the SYLAB IF-2000G heating microscope. Examination of the melting and softening properties of fuel ashes and determination of the softening parameters of ceramics at temperatures up to 1550 °C.
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