MyCompany Projects completed the implementation of the research project entitled “Intelligent Mechanical Design System for the optimal design and analysis of pressure vessels”, with acronym “vClavis”, code T2ΕδΚ04885 and code MIS 5095057 within the framework of the Single Action of State Aid for Research, Technological Development & Innovation “RESEARCH – CREATE – INNOVATE B’ CYCLE” of the Operational Programme “Competitiveness, Entrepreneurship and Innovation (EPAnEK)”, NSRF 2014 – 2020.
The project is co-financed by the European Union and the European Regional Development Fund. Dassa Isaac, a self-employed mechanical engineer specializing in the design and calculation of pressure vessels, heat exchangers, towers, boilers in accordance with regulations and codes, participated in the project as a subcontractor. The vClavis project proposes the development and demonstration of an innovative online engineering software, with pioneering features, which will be used and exploited by the growing industrial production market (chemical industries, refineries, pharmaceutical industries, energy production industries, etc.) for the design, study and analysis of pressure vessels. The project in question is distinguished and innovates in areas such as the methodology of data entry, remote access via the Internet, the way of presenting technical results, algorithmic calculation procedures and allows calculations with all Calculation Codes. The main difference between existing pressure vessel design applications and the proposed project is both the creation of efficient algorithms and methodologies that will increase the speed of calculation of all components of a study, and the fact that it will support Codes other than ASME (for the creation of pressure vessels) in combination with other codes (European, English, German, Russian) and by finding more economical solutions (by comparing pressure vessels calculated with different Codes).
For more information about the project, visit the vClavis website http://vclavis.com/
