The project aims to improve the process of developing autoclaves to produce composite materials.
‘As part of a comprehensive project, scientists from Ural Federal University are carrying out research and development work,’ says Alexander Petunin, professor at the Department of Information Technology and Design Automation. ‘We focus on developing specialized software for autoclave design automation based on Russian-made parametric computer-aided design systems. In addition, we calculate the stress-strain state of the autoclave structure, considering thermal stress and pressure in different operating modes.’
The project also involves the development of mathematical models and software forsubsystems of process control systems. These tools will model coolant circulation processes for optimal heat and mass transfer at various temperatures and pressures. Afterwards, the software will be integrated into automated process control systems for stepless heating and cooling.
The project will significantly reduce the time and quality of work on design documentation for the development of software and hardware autoclave systems manufactured by Megahim-Project. Additionally, it will optimize the design, material consumption of autoclave equipment, and the accuracy of temperature control in polymerization processes. Composite materials obtained using autoclaves are widely used in modern aircraft manufacturing, mechanical engineering, rocket science, and construction, as well as in the production of space technology, sports goods, and some medical products.