Des insights concrets pour aider les ingénieurs
à rester à la pointe de l’innovation.
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Explore ready-to-use Cognitive Design workflows to accelerate simulation-driven product development.
Optimize parts for stiffness and lightweighting. Reconstruct smooth, manufacturable geometry after topology optimization.
Validate and refine optimized geometries with FEA-based feedback loops. Achieve both weight reduction and mechanical integrity.
Ensure AM manufacturability by optimizing orientation, thickness, and supports, seamlessly integrating CAD reconstruction.
Apply TPMS infills and lattice structures to balance strength and material reduction across complex geometries.
Simulate and optimize heat flow for AM molds or cooling channels, improving performance and thermal stability.
Convert raw topology data into CAD-ready solids using advanced reconstruction and smoothing techniques.
Reduce print time, minimize supports, and enhance surface finish through automated orientation algorithms.
Integrate iterative loops between design and FEA to maintain safety standards while reducing material use.
Use cognitive algorithms to explore thousands of design alternatives based on performance and manufacturability.
Combine structural, thermal, and fluid simulations to achieve optimized designs for real-world conditions.
Learn how cognitive workflows achieved 8% weight reduction and improved stress distribution on aerospace brackets.
Integrate additive and subtractive processes within a single digital workflow for precision and repeatability.
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