A first-ever interactive topology optimization tool leveraging the gold standard of Ansys simulation to uncover design solutions through shape optimization, without the computational cost.
ACCELERATE YOUR DESIGN PROCESS
Explore multiple manufacturable designs in minutes through a fast and interactive experience, where you can define objectives easily and apply controls to ensure that manufacturing requirements are met, minimum material thicknesses are set and exclusion areas are defined.
Ansys Topology Optimization produces design insights in real-time, driving inspiration and lightweighting design possibilities in less time.
Delivering a fast, trusted workflow, Ansys simulation created an AI-driven design with weight and structural integrity in mind.
Traditional design approaches often don't make the most of new manufacturing methods, like additive manufacturing, which removes design constraints and enables the creation of lighter and stronger parts and systems. Shape optimization can often be the missing link when a design solution isn't obvious.
The Predator Cycling Team's adoption of Ansys Topology Optimization enabled the creation of a product that satisfied and surpassed their design goals, while providing a product that improved their customers' experience.
Ansys 提供全方位且可擴展的端對端軟體解決方案，將您的積層製造程序風險降至最低，並確保高品質、可通過認證的零件。
使用與 Ansys Mechanical 以整合強大、明確的模擬工具。大量的功能和材料模型可使複雜的模型具有極大的可擴展性。
Ansys Topology Optimization capabilities expands the possibilities of design process performance targets. Whether your focus is on reducing weight in an airplane, or optimizing the design of a civil structure, Ansys Topology Optimization in Discovery and Mechanical provides opportunities to design creatively with speed and efficiency.
Our capabilities account for manufacturing constraints such as 3-axis milling, overhang prevention techniques and supports multiple load cases and physics, including modal and structural simulations.
What's most impressive is the optimization speed, allowing multiple iterations to be run in seconds and providing powerful guidance early in the design process when it matters most.
One word. FAST. It can build an optimal shape in about 60 seconds.
Unlike most optimization techniques, topology optimization utilizes a level-set‒based method, meaning that a precise smooth shape is defined at each step of the process.
The shape is also fully simulated at each step, enabling designers to review the evolution of the part’s behavior and performance.
Discover a variety of design solutions proposing a consolidation of multiple components into one or a few solid parts, reducing assembly costs and optimizing manufacturing techniques.
Identify solutions to minimize mass and material use, while meeting performance criteria, maintaining design goals, and holding engineering constraints.
Support multiple load cases and physics, including modal and structural simulations, making it easy to get a usable result the first time. Invent better quality products in less time, while meeting design criteria, reducing material waste.
Leverage Ansys’ comprehensive additive manufacturing solution Ansys Additive Suite spans the entire workflow – from design for additive manufacturing (DfAM) through validation, print design, process simulation and exploration of materials. Avoid build failure and create parts that accurately conform to design specifications with Ansys Additive Suite.
Print your parts right the first time through a comprehensive solution, minimizing the risk of your additive manufacturing processes, ensuring high quality parts.
Learn how Ansys Discovery provides rapid design exploration through structural optimization and how topology optimization capabilities can apply to multiple load cases and physics, including modal and structural simulations.
This webinar series focuses on our lightweighting capabilities, which will help solve your toughest A&D engineering problems.
This webinar showcases the workflow from geometry to validation for all available topology optimization methods, empowering you to generate truly lightweight structures.
