With the help of generative design, you can create a new project or optimize an existing one.
Thanks to generative design, the properties of materials are taken into account already at the stage of creating the project. The corresponding prototype is created without errors, the first time, and the program also suggests how to reduce the weight or volume of the product, without losing its properties. If the result obtained requires changes, the designer simply introduces new restrictions into the program. Each option presented by the program will in any case 100% correspond to the task that was initially entered.
With the help of generative design, the engineer goes beyond egypt number data the usual perception and works with solutions that have not been created before. Each project created using this approach is unique. The program has no templates, stereotypes or ready-made solutions - only the limitations that the designer sets at the first stage of work.
Topological optimization and generative design: what's the difference?
Generative design uses topological optimization (in simple terms, improving the design using a special algorithm), but not every project created with topology optimization in mind is an example of generative design.
Before the industrial use of generative design, the principles of topological optimization were used to create the theoretically most successful design. However, in practice, in some cases it was impossible to implement such an option. Every design created using generative design is 100% optimized and perfect in terms of compliance with the constraints. This is a technological breakthrough. Now engineering does not have to choose between functionality and economy.