Highlights in MAGMASOFT® 6.0
IMPROVED USABILITY IN MAGMASOFT® 6.0
Achieve your objectives faster and more easily with a redesigned user experience. A few of the highlights:
- Streamlined and intuitive user interface
- Uniform look and feel from project definition through result evaluation
- Frequently used and required functions are in the forefront
- Customizable user favorites for quick and easy access for geometry creation and manipulation
- Accelerated result visualization for fast display and animationsSimple synchronization of multiple result animations
- Easier optimization evaluation through access to 3D information from designs
Highlights IN MAGMASOFT® 6.0 - Non Ferrous
New capabilities and new algorithms provide a better and more accurate representation of the complete permanent mold casting process for:
- Following and evaluating entrapped air in the gating and casting during pouring
- Generation and transport of core gases during filling and solidification
- Effects of melt surface tension and wetting
- Accurate description of the pouring conditions for the casting
- Heating of the mold before starting production
- Influence of flow through cooling lines on local heat transfer from the die
- Effects of electrical heating cartridges and Variotherm control on the die thermal balance
- TAG meshes for an accurate representation of the casting contour and fewer elements with mesh coarsening
MAGMA Steel HT – Now for More Alloys
MAGMA Steel HT offers steel casters a more extensive range of alloys that can be used for the simulation of heat treatment processes. In addition, new, alloy-dependent results support more accurate predictions regarding microstructures and casting properties during and after heat treatment, for example, the austenite or martensite start temperatures.
MAGMA CC – More Simulation for Continuous Casting
MAGMA CC users benefit from new capabilities: They can consider the influence of electromagnetic stirring on the flow and thus better evaluate the quality of their product. In addition, the thermomechanical behavior between strand and mold is better defined by gap-dependent heat transfer coefficients. It is also possible for users to display moving geometries in the Result Perspective. This allows an accurate interpretation of the real starting process including the visualization of the moving starting block.
General Improvements for All Casting Processes
With MAGMASOFT® 6.0, users can now simulate mold filling from multiple pouring basins or inlets with different boundary conditions, even when using automatic filling control. The levelling of the metal surface between the pouring basin/sprue and the casting at the end of mold filling can be considered. In addition, users can decide whether the cavity should be filled completely or only up to a certain level (by mass or volume of melt).
New 3D results and curves are also now available for more accurate and targeted evaluation of filling and solidification.
最新发布
MAGMASOFT® 6.1 – 推进低压铸造与可持续发展
经过广泛修订和新增功能，进一步增强了对低压铸造工艺的模拟，并为压铸、MAGMA CC（连铸模块）和MAGMA C+M（射砂模块）用户的扩展了新功能。此次，MAGMASOFT®首次引入了专门用于流变铸造和触变注射成型的工艺模块——MAGMAsemisolid(半固态模块)。
此外，新增的经济界面使用户能够基于已定义的几何形状、材料和工艺数据，定量评估成本和碳排放。这些创新使模拟更加快速、结果更加精准，推动了可持续发展和经济效益优化。
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