In our previous posts, 5 Reasons to Adopt Science-based Modeling and Simulation, and Unified Modeling and Simulation, we explored why we do science-based modeling and simulation, and how new paradigms in this field are delivering next-generation product design systems with modeling and simulation at their core. In this post, we conclude our series with generative design, which allows you to explore and validate designs through simulation, making better-informed decisions on weight reduction and optimized performance.

Think Light at the Speed of Light with 3DEXPERlENCE Generative Design

In today’s increasingly competitive market, it is no longer sustainable to approach design slowly and methodically. Designers are challenged with faster design cycles and more demanding design requirements.

Their compositions must be lighter, cheaper, more aesthetic and more streamlined than the competition’s. They need to push past conventional ways of working to think innovatively … and quickly.

Until recently, both traditional design tools and partiality impeded professionals. Now, by using software solutions such as Dassault Systèmes’ design, collaboration and development tools, designers can work differently, starting by integrating the constraints and then letting themselves be guided by the calculations that will offer them the most suitable alternatives.

Designing climate-neutral products

The push for more sustainable products has motivated many companies to adopt more modern design strategies. In the pursuit of climate-neutral products, design is key in weaving sustainability elements into a product’s design concepts and promoting sustainable behavior throughout the value chain.

Embedding eco-design principles early in the design phase is a crucial first step toward establishing how a product is made and used. 80% of manufacturing waste happens in the conception phase, so it is critical to make the right decisions and the right choices upfront. To shorten the time to market and achieve a greater competitive advantage, companies are relying on computational testing with physics-based simulation at all stages of the product lifecycle, from product requirements to design and manufacturing and in-use scenarios. The result is less real-world testing and prototyping while lowering cost and reducing risk. As a result, physical certification testing is faster and high-quality products get to market faster.

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