GTAM/GSAM - ANSYS Optimisation Software
GRM Consulting offers ANSYS topology optimisation software with GTAM and ANSYS structural optimisation with GSAM. Two fully integrated ACT extensions enhancing ANSYS Workbench with the advanced structural and topology optimisation capabilities of VR&D Genesis. Fully embedded within the workbench environment, GTAM & GSAM provide users access to the most complete suite of optimisation capabilities available on the market.
GTAM/GSAM is a fully integrated design exploration tool for ANSYS Workbench which allows users to guide new designs, identify and resolve design issues, and reduce the mass and material cost of existing designs. By guiding engineers towards the most structurally efficient use of material, GTAM/GSAM can also help reduce the time spent designing and therefore minimise the time to market.
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What Are the Benefits of Using GTAM/GSAM Software?Complete integration into ANSYS Workbench. Easily add structural optimisation to existing ANSYS workbench workflow. Develop ‘right first time’ designs. Automatically identify and resolve design issues. Reduce the mass and material cost of your designs. Reduce the time spent designing and therefore minimise the time to market. |
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Learn more about the individual capabilities of GTAM and GSAM.
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Topology - imitating nature's evolutionary process to find an optimal load path, features include: • Multiple loading conditions |
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Sizing – Optimise almost any property in your analysis model including: • Panel gauges |
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Extending the sizing optimisation method, Topometry allows users to refine the property optimisation to an element-by-element basis. The method is ideally suited to the automatic calculation of: • Casting thickness distribution |
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Topography, also known and bead shape optimisation, allows users to automatically develop swaging patterns in shell structures. Topography is very efficient for: • Solve panel vibration issues |
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The free-shape methods allows the outer boundary of a solid structure to be freely moved to improve the performance or reduce its weight. Free shape is particularly well suited to: • Fine tuning a design to achieve weight savings on a mature design |
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