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DEFORM
Brochures from Wilde FEA
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| Click selection to download brochure in PDF Format where available or
contact us for details |
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| Programs |
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| DEFORM-F2 |
is a 'next generation' version of the very popular DEFORM-PC. DEFORM-F2 is an entry-level two-dimensional system running on personal computers.
Cost effective 2D Windows system for typical hot / cold forming & die stress anaysis.
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| DEFORM-2D |
Advanced 2D system for PCs & workstations for axisymmetric & plane strain analysis.
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| DEFORM-3D |
Advanced 3D system for full three dimensional process simulation.
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| DEFORM-F3 |
The new entry level DEFORM F3 is a powerful process simulation system designed to analyze the threedimensional
(3D) flow of common metal forming processes such as die forging, cold
heading, upsetting and extrusion.
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| DEFORM Machining |
DEFOR-3D is a powerful process simulation system designed to analyze the three-dimensional (3D) flow of complex manufacturing processes. DEFORM-3D is a practical and efficient tool to predict the material flow in large deformation processes without the cost and delay of shop trials. Typical applications include: turning, boring, milling, grooving and drilling. The flexibility of the open DEFORM system and the express set-up of the machining wizards combined to give a power tools set for machining simulations.
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| Modules |
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| DEFORM-HT |
Upgrades DEFORM to include powerful heat treatment simulation capabilities.
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| DEFORM-TOOLS |
Tools to enhance the productivity & presentation capability of DEFORM.
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| MPI |
Parallel processing capabilities to take advantage of the latest hardware systems
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| Preform Design |
In the forging process of complex 3D parts, multiple intermediate shapes must be used to control metal flow and material distribution to ensure proper filling of the finisher die. A systematic method to design an intermediate shape (known as a blocker or a preform) is especially important for a successful outcome in the forging process. In the conventional process design the quality of the blocker/preform design is highly dependent upon the designer\'s experience. This module to DEFORM-3D provides tools to minimize and ultimately remove the 'experience' dependency from the design process.
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| Preform Optimisation for DEFORM-2D |
This module allows the user to perform optimization simulations of the preform design to improve strain distribution or remove die underfill for plane strain or axisymmetric models.
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| SHAPE Rolling |
This interface allows the user to rapidly construct shape rolling simulations using ALE techniques - the template contains standard shape libraries for easy geometry creation.
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