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Results of the Project anisotroKI: Material Models for Fiber Reinforced Materials
At the end of last year, the anisotroKI research project was successfully completed. By using two different AI models, the calibration of anisotropic…
ZIEHL-ABEGG Relies on PART Software for Greater Efficiency and Sustainability
ZIEHL-ABEGG increases the efficiency of its fan development through the consistent use of PART software in simulation. Fiber orientation, weld lines…
Get Closer. Faster. Converse Joins the Synera Platform
Get closer to simulation-driven design efficiency. With Converse now integrated into Synera, process data can be directly transferred into structural…
Strength Assessment of Plastics Components According to the new VDI Guideline 2016
The new VDI Guideline 2016 has just been published and will be available in the new S-Life Release. Have a look.
Fatigue Strength: The Priceless Value of Cheap Material Data
Determining fatigue properties for plastics is expensive, time-consuming, and often impractical. An innovative approach uses static properties - often…
From Incomplete or Messy Material Data to Simulation-Ready Material Cards for Plastics
What can be done to create meaningful material cards even when only limited data is available? What options exist, and how can you make the most of…
Orientation Mapping: FE Meshing is Crucial for the Orientation Profile Across the Part Thickness
The FE mesh has a significant influence on how accurately fiber orientations from an injection molding simulation are transferred into the structural…
Experimental Investigation of the Geometry Dependency of Fiber Orientation in Weld Lines of Injection-Molded Test Plates
The strength of weld lines in injection molded plastic components is a decisive factor for resilience and durability. In this work, a possible…