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| | ASAS |
| | ASAS is an offshore structural finite element system with integrated modules to address the specific needs of offshore and marine engineers. |
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| | AQWA |
| | AQWA is a suite of integrated modules which addresses the vast majority of analysis requirements associated with the hydrodynamic assessment of all types of structure from spars to FPSOs, from mooring systems to buoys, from TLPs to semi-submersibles, from fishing vessels to large ships and from large ships to structure interaction. |
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| | DYNAFORM |
| | DYNAFORM drastically reduces the risk and costs associated with the die design and development cycle by predicting formability problems before tooling takes place. Flawed or marginal die designs that would cost innumerable hours of labor, press time and material to repair and correct are evaluated on the computer at a fraction of the cost. By determining splitting, wrinkling, thinning, and springback effects that would occur during the stamping process before tooling is cut, timing concerns are eliminated while customer confidence and design confidence improve. DYNAFORM is a proven, cost-effective way to improve and insure your bottom-line. Integrated into eta/DYNAFORM is the analysis engine, LS-DYNA, which is capable of implicit and explicit solutions for a complete and accurate forming analysis. |
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| | VPG |
| | VPG provides an efficient and comprehensive environment for development of finite element models. In addition, eta/VPG delivers a unique set of tools which allow engineers to create and visualize advanced simulations for vehicle crashworthiness and dynamic durability. |
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| | CivilFEM |
| | CivilFEM offers a highly-developed customisation of ANSYS for civil engineering applications. It is a powerful analysis tool for all areas of advanced civil engineering analysis and design. |
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| | Drop Test |
| | Product drop tests present users with unique parameters for simulation and analysis. The Drop Test module further enhances an ANSYS LS-DYNA license by adding a complement of loads and conditions tailored specifically for such analyses. |
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| | STEPS |
| | Successful buildings – including office blocks, sports stadia, shopping malls and underground stations – require people to be able to move freely under normal conditions and evacuate rapidly in an emergency. Using simulation to optimise people flow can result in a more agreeable environment and more effective fire safety design in large and busy locations.
STEPS is a microsimulation tool designed by Mott MacDonald for the prediction of pedestrian movement under both normal and emergency conditions. It originates from the extensive experience of Mott MacDonald in the design of transportation systems, in particular underground rail stations and interchanges, combined with its long experience in developing computer simulation tools for engineering design. |
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| | DEFORM |
| | DEFORM is an engineering software that enables designers to analyze metal forming, heat treatment, machining and mechanical joining processes on the computer rather than the shop floor using trial and error. |
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