Micromechatronics, Inc. (MMech)

www.mmech.com - Ph: 814-861-5688

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Industrial Forming Process

GiD is currently used for data input and visualisation of results for a wide range of industrial forming processes such as sheet stamping, mould filling, solidification and cooling in casting, powder compaction, forging and rolling among others. GiD allows importing complex CAD geometries on IGES, DXF and other formats and generates the necessary input data for the simulation analysis in a simple and efficient manner.

GiD visualisation features can be customised to display the results of interest foreach problem. Current features include animations of the deformed geometry, stress/strain contour plots and line diagrams, forming limit diagrams, porosity contours, etc.


Cooling Process of a Foundry Piece

Simulation of the cooling process of a foundry piece using Vulcan solver.




Automotive Part

Sheet stamping analysis of an automotive part. The simulation was run using Stampack solver.
(courtesy of DECAD)



Metal Forming Simulation

Stampack is the metal forming simulation software for many industrial applications such as deep drawing, ironing, stretch-forming, forming of thick sheets, flex-forming, hydro-forming, stretch-bending of profiles, etc.



Cooling Analysis

Solidification and cooling analysis of a casted crankshaft. The simulation was run using Vulcan solver.
(courtesy of Renault)



Water Heater

Solidification analysis of a water heater
(courtesy of Roca Radiadores SA)




Compaction of metal powder components.
(courtesy of AMES SA)



GiD is ideal to be used in a multi-user environment in universities, research centers and enterprises for development and applications of different numerical simulation programs.


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State College, PA 16803, USA
Ph: (814)-861-5688
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