ELISE supports engineers in designing an optimal product that meets the required parameters while ensuring optimized performance, such as minimum weight, minimum cost or maximum performance. Industry-specific programs such as established FE-Solver are directly integrated into the workflows and thus become part of the workflow.
ELISE essentially automates the already established, company-specific and manually executed development process and the tools used therein. Users can quickly adapt these designs to changing conditions without having to manually rebuild the development process.
Recurring steps are an excellent application for automation. In today’s development processes, there are plenty of them, e.g. meshing a geometry with a certain quality, defining welding spots, selecting the most suitable material or determining the production costs. With ELISE, we develop the logic of these steps only once and can then use it in all future projects. This saves development time and allows engineers to concentrate on the creative work.
ELISE starts by defining the requirements of a product. It uses the same information that is needed in traditional product development processes, such as materials, manufacturing constraints, load cases and manufacturing costs. In addition, ELISE can map logics that transform expert knowledge into algorithms and integrate them into the workflow. This workflow encodes the essence of all possible designs. Based on the rules, any number of valid component designs can be generated automatically.
The mapping of extensive workflows in a complexity as required by today’s development processes requires a powerful development environment. With its graphical algorithm editor, ELISE provides access to all CAE tasks and offers engineers – even without programming knowledge – a platform in which they can model both simple and very extensive processes.
We are convinced that open systems enable better work. Therefore ELISE consistently offers the possibility to integrate existing software. Whether it is topology optimizers like Optistruct, FE solver like Pamcrash, Support Generation like e-Stage or simply Excel – you decide which tools you prefer to use. And if that’s not enough, our Python and C# interface allows complete customization.
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