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ANSYS 16.0 delivers the first integrated and comprehensive multiphysics simulation platform designed for all engineers. This platform, called AIM, is the further realisation of the ANSYS Workbench strategy to revolutionise engineering processes through Simulation Driven Product Development.
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Simulation Insights Across Multiple Physics
AIM extends the value of simulation beyond single engineering disciplines by providing a full array of physics in a unified, immersive user platform that is readily deployable across the organisation. Whether a multiphysics simulation includes structures, fluids, thermal properties, or electromagnetics, all aspects of simulation workflow are supported in the single-window design, reducing the training and deployment costs typically associated with fragmented tool chains. Moreover, AIM’s all new simulation process paradigm guides engineers through multiphysics workflows while automating tedious tasks to free-up engineering time and resources.
But one size doesn’t fill all, particularly for enterprise software, so AIM has been built for customisation. Based on the ANSYS Workbench platform, AIM’s open and flexible architecture can be easily configured to automate best practices, create specialised applications, or provide designers and inexperienced engineers with access to relevant solver functionality without overwhelming them with choices. This aspect of AIM makes it particularly attractive for groups responsible for simulation deployment and governance. AIM also unifies the customisation experience across the physics and workflows, so engineers don’t have to learn a multitude of programming languages and methods to develop custom solutions.
Process Compression and Knowledge Capture
Repeatable design processes require the automation of simulation best practices, with workflows and simulation definitions tailored to the needs of each organisation. Based on the ANSYS Workbench platform, AIM allows simulation experts to deploy consistent best practices and automated workflows within their engineering organisations. Any simulation can be used as the basis for a replayable, user-defined template. Custom physics objects and loads can be added to tailor the simulation definition to specific products and processes. Pervasive parameterisation of all model inputs and outputs supports rapid exploration of design alternatives and automated design optimisation.
High Performance and Proven Simulation Solutions
While AIM’s graphical interface and user experience are new and unprecedented, the underlying solver and meshing components are based on proven ANSYS technologies that have been developed and validated over the last 40 years by the world’s most demanding customers. With AIM, engineers will never have to compromise on speed, robustness, or accuracy. Moreover, AIM has been built from the ground up with high performance computing in mind. All phases of the simulation workflow - preprocessing, solving, and post-processing - take advantage of today’s parallel computing architectures.
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