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Manufacturing Simulation Software from Wilde FEA
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The analysis of manufacturing problems is a very powerful & cost effective application of simulation technology. Wilde FEA have over 10 years of experience of improving forming & machining processes and solving production problems through software & consulting services.
Click for further details on our manufacturing simulation consulting and training services.
More information on our mechanical engineering software solutions can be selected from the list below
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| Software |
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|  | DEFORM
| Simulation of cold, warm & hot manufacturing operations for preform design, process troubleshooting & die stress analysis. Advanced capabilities for predicting phase transformation, ductile fracture, microstructural evolution, machining distortion & chip morphology Extensive user subroutines allow advanced researchers to incorporate their own constitutive, fracture & microstructural models, press specifications & non-metallic materials.
The DEFORM Systems include Automatic Mesh Generation (AMG), which allows users to specify remeshing criteria and optimization criteria for an intelligent mesh, based on solution behavior. The AMG system is optimized to meet the severe requirements of large deformation modeling. Forming equipment models are coupled into the simulation engine. The energy loss of a hammer, screw press or power limits of hydraulic press can be included in the analysis.
| | | |  | Autodesk Moldflow | Autodesk Moldflow Adviser simplifies plastics injection molding simulation, enabling you to optimize mold features, such as gates, runners, and cavity layouts. The product guides designers and mold makers through analysis setup and results interpretation, so you can see how changes to wall thickness, gate location, material, and geometry affect manufacturability.
Core features of Autodesk Moldflow Adviser include:
- Geometry support for thin-walled parts, as well as thick and solid applications
- Flow simulation that enables prediction and interpretation of plastics flow behavior through a mold
- Productivity tools, like customizable workspaces, a materials database, and a cost adviser
- Structural integrity simulation to help evaluate part and mold design and control shrinkage and warpage
- Results-specific design advice, with dynamic help and a results adviser that suggests methods for fixing common defects
- Quick and easy modeling and optimization of hot and cold runner systems and gating configurations | | | |  | DYNAFORM
| Typical applications include Tool Surface Modeling, Draw Bead Force Prediction, Binder Wrap Analysis, Draw Die Simulation, Trimming Operations, Spring Back Simulation, & Multiple Stage Tooling Simulation. | | |
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