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'''Model Editor Interactive for Numerical Simulation Analysis''' ('''MEDINA''') was software, one of many such, that are used in the manufacturing and engineering sector, to simulate the properties of objects designed using CAD, before they are built: commonly used in the automotive and aerospace industries. The development of MEDINA began in the early 1990s at ] building on previous work carried out at "Debis Systemhaus". In 2001, ] International GmbH took over the support and development of MEDINA. As of 2024 Medina is no longer mentioned on the T-Systems website - but appears on the website of |
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'''Model Editor Interactive for Numerical Simulation Analysis''' ('''MEDINA''') is a piece of software utilized in the manufacturing and engineering sector to simulate the properties of objects designed using computer-aided design (CAD) before their fabrication. The development of MEDINA began in the early 1990s at ], building on previous work carried out at "Debis Systemhaus". In 2001, ] International GmbH took over the support and development of MEDINA. As of 2024, Medina is no longer mentioned on the T-Systems website - but appears on the website of . |
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== Architecture and interfaces == |
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== Architecture and interfaces == |
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MEDINA was developed as pre and post-processing tool for various domains within finite element analysis (FEA). It is compatible with most widely used CAD formats, solver applications and to run on two operating systems: ] and ]. |
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MEDINA was developed as a pre- and post-processing tool for various domains within finite element analysis (FEA). It is compatible with most widely used CAD formats, solver applications and can run on two operating systems: ] and ]. |
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== Characteristic == |
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== Characteristic == |
MEDINA was developed as a pre- and post-processing tool for various domains within finite element analysis (FEA). It is compatible with most widely used CAD formats, solver applications and can run on two operating systems: Linux and Microsoft Windows.
MEDINA was developed to handle complex simulation tasks and large finite element (FE) models efficiently.