Simufact Additive 3 comes with new functionality, such as the thermo-mechanical calculation method, consideration of baseplate-related effects on the printing process, or the simultaneous simulation of several components in the build space.
Highlight of Simufact Additive 3 is the thermo-mechanical method, which allows users to have a clearer overview of the effects of thermal energy by providing insights for the global temperature of the component. Users can then use this data to determine both deformation and the influence of the base plate. Another new feature is the "Best-Fit" positioning - just by a touch of the button, users are able to compare simulation results with the reference model.
„Join our webinar „Introduction into Simufact Additive” and become familiar with the software. The 30-minutes webinar contains a Live-Demo where we want to show how to define processes, how to select the calculation method which fits the most and how to import or calculate support structures. Let yourself convinced by the potential of Simufact Additive.
In addition to the proven pure mechanical inherent strain method Simufact implemented in version 3 a thermo-mechanical calculation method. The build process is simulated layer wise by a thermo-mechanical method. It allows users to make statements at an early stage about global thermal behavior in the part, for example, to detect thermal peak loads. This method is physically more comprehensive, since real machine parameters are used, including thermally relevant parameters such as laser power, laser speed and predetermined temperatures in the construction chamber. This brings the simulation closer to the familiar manufacturing process.
During the additive manufacturing process, distortions and residual stresses occur both in the workpieces and in the base plate. The latter can affect the properties of the support structures and the component. With Simufact Additive 3 you can determine the influences of the base plate. As a practical application, the user for instance may determine when the base plate has become too thin and an exchange is required.
Simufact Additive 3 offers a Linux solver in addition to the Windows Solver. Thereby the software is now available for simulations on Linux computers for instance on high performance Linux clusters. The operation of the software through the GUI continues in the Windows environment
In practice, several geometries are usually arranged and printed in the build space simultaneously. With Simufact Additive 3, the user quickly and easily models the thermal printing process of several geometries in the build space and recognizes at which point the components influence each other.
In Simufact Additive 3, users can compare simulation results and reference model (e.g., CAD data) by mouse click using "best-fit" positioning. In the best-fit method, the software automatically determines the position at which the deviations are lowest. The visual presentation of the results, based on measurements, allows the user to quickly assess whether the deviations are within the permissible tolerances. For this function, Simufact has integrated Hexagon's 3DReshaper technology.
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