Advanced multi-threaded Monte-Carlo Ray-Tracing algorithms allow a fast computation of external fluxes from the Sun and the planets Albedo and IR , the aero-thermal flux of the residual Earth atmosphere for altitudes above km and radiative couplings. Several engineering analyses are embedded in Systema allowing the engineer to supprt the design and evaluate the performances. The Airbus Defence and Space legacy 3D sectorial analysis tool for radiation design. Thermica is particularly adapted to simulate the thermal behavior of a spacecraft in orbit and, more generally, to any thermal analysis that requires an accurate modelling of the radiative aspects. The only 3D European engineering tool dedicated at calculating thruster effects on satellite surfaces. It transparently incorporates MSC Sinda into a powerful graphical environment where thermal models are constructed with the true geometric shapes cylinders, disks, cones, etc that are used by the radiation code. Plume The only 3D European engineering tool dedicated at calculating thruster effects on satellite surfaces.
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Systema relies on an open and evolutionary framework adapted to support the needs from the early design to the detailed design phases. Thermiica integrates an interdisciplinary model description supporting a concurrent engineering approach during the design.
Systema-4.8.3 release
Plume The only 3D European engineering tool dedicated at calculating thruster effects on satellite surfaces. We use cookies to ensure that we give you the best experience on our website. Thermica is particularly adapted to simulate the thermal behavior of a spacecraft in orbit and, more generally, to any thermal analysis that requires an accurate modelling of the radiative aspects. Others products Thermica A complete thermal analysis package for space missions computing external fluxes, radiative and conductive dependencies.
Software products line for engineering: SYSTEMA
Thermica may be used from early phases to test and operational correlations. It is especially well adapted to spacecraft modeling, and softqare display extensive 2D and 3D graphics as well as animations of orbits, orbital heating, and other thermal design data. Advanced multi-threaded Monte-Carlo Ray-Tracing algorithms allow a fast computation of external fluxes from the Sun and the planets Albedo and IRthe aero-thermal flux of the residual Earth atmosphere for altitudes above km and thermida couplings.
Systema is a multidiscipline solution to support system engineering. This product combines a full-featured version of the MSC Sinda thermal analyzer with the Sinda to Patran plug-in interface. An innovative Airbus DS method, the Reduced Conductive Networkcomputes consistent conductive couplings with external and softare fluxes hypothesis.
Several engineering analyses are embedded in Systema allowing the engineer to supprt the design and evaluate the performances. It softtware into account shell and solid geometries designed in Systema and sofftware also rely directly on CAD shapes. Its applications transform the geometric model into a mathematical model made of nodes and perform a complete thermal analysis of an object in its environment.
The information on this site is subject to a legal notice and disclaimer. It transparently incorporates MSC Sinda into a powerful graphical environment where thermal models are constructed with the true geometric shapes cylinders, disks, cones, etc that are used by the radiation code. Software products line for Engineering. The MSC Sinda family of thermal design products has been relied on by aerospace and high technology companies worldwide for over a quarter century.
A complete thermal analysis package for space missions computing external fluxes, radiative and conductive dependencies. Systema-GTD includes a new feature to compute the far field antenna pattern disturbed by a geometry.
MSC Sinda | D2S International - Noise and Vibration Engineers
It offers a wide scope of applications and ensures the sharing of data and models along the design. A complete thermal analysis package for space missions computing external fluxes, radiative and conductive dependencies.
A complete tool to model the outgassing process of materials in vacuum and the induced contamination. The only 3D European engineering tool dedicated at calculating thruster effects on satellite surfaces.
The Airbus Defence and Space legacy 3D sectorial analysis tool for radiation design. Systema is at the leading edge of modelling tools for space applications. The only 3D European engineering tool dedicated at calculating thruster effects on satellite surfaces.
By continuing to browse this site, we assume that you are happy with it. Beyond, due to its modularity and to its wide panel of technical domains, Systema is also well suited to support other technical domains: Sinda uses a resistance-capacitance networking approach to thermal analysis that is user-intuitive.
Outgassing A complete tool to model the outgassing process of materials in vacuum and the induced contamination. When the ability to solve heat transfer problems is essential for delivering a product of robust, high quality, you need thermal analysis software with a proven track record for accuracy, reliability, and flexibility.
Since no two tuermica are alike, the MSC Sinda analyzer provides a variety of steady state and transient solution methods plus the ability to customize and optimize a thermal model by adding whatever degree of programming logic the problem requires.
This 2 nd order algorithm improves significantly the accuracy of conductive heat transfers.
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