This session covers Ansys topology optimization for optimal material layouts, topography optimization for sheet metal stiffness, shape optimization for efficiency, and lattice optimization for weight savings.
Venue:
Virtual
In today’s competitive engineering landscape, the demand for lighter, stronger, and more cost-efficient components is pushing the boundaries of conventional design. Structural optimization, driven by simulation, is rapidly transforming how products are conceptualized and realized. Join us for an insightful webinar that explores how Ansys Structural Optimization is revolutionizing modern engineering with advanced design techniques.
This session will delve into the latest developments in Ansys topology optimization, showcasing how it enables engineers to automatically generate optimal material layouts based on performance goals and constraints. We’ll also explore topography optimization, ideal for enhancing the stiffness of sheet metal, and shape optimization, which refines existing designs for maximum efficiency. Additionally, we'll introduce lattice optimization, a cutting-edge solution that combines performance with weight savings—especially valuable in additive manufacturing and biomedical applications.
Through compelling case studies across industries—from automotive and aerospace to consumer goods and heavy machinery—we’ll demonstrate how these tools not only accelerate innovation but also reduce prototyping cycles, material usage, and development costs.
Whether you're an FEA specialist, design engineer, or engineering manager, this webinar will equip you with practical insights into integrating simulation-led optimization into your workflow. Unlock the potential of generative design and discover how Ansys is enabling the next generation of high-performance, manufacturable products.
