Virtual Prototyping for Enhanced Insights
Altair HyperWorks offers accurate virtual prototyping, providing deeper insights into structures, mechanisms, and machine elements in industrial machinery. This virtual prototyping not only aids in AI-driven decision-making but also expedites machine development through numerical optimization. By closely correlating simulation with test data, operational efficiency can be enhanced, vibrations eliminated, and machine dynamics improved.
System Simulation for Complex Machines
The increasing complexity of industrial machinery necessitates a holistic view of the system. Altair's integrated product and process simulation tools facilitate multi-physics simulation and model-based development, enabling a deeper understanding of phenomena and root-causes of unwanted behavior. This approach ensures seamless production by actively managing technical risks in product line development and customer implementation projects.
Virtual Commissioning for Streamlined Processes
Altair HyperWorks offers a solution for virtual commissioning by connecting various development disciplines through its system development tool, Altair Twin Activate™. This integration streamlines the exchange of necessary information between structural engineers, software engineers, and testing departments. By combining control sequencing with the machine's behavior, virtual commissioning becomes more efficient, ultimately reducing time investments at the customer's facility.
AI-driven Process Optimization
Machine learning and AI play a vital role in optimizing industrial machinery processes. Altair HyperWorks enables machines to become self-aware, thereby automating path error corrections and significantly improving part and process quality. Through self-learning capabilities, machine productivity increases, tool wear reduces, and control parameter adjustments for speed, accuracy, and surface finish become automated, leading to enhanced efficiency.
Reducing Noise and Weight for Enhanced Performance
Altair HyperWorks facilitates targeted simulations to reduce noise levels in production facilities through structural optimization and acoustic optimization. Additionally, the software supports reducing weight in machine components, thus lowering production, processing, and maintenance costs. Consistent lightweight design enhances overall performance, reduces idle times, and contributes to faster set-up times at the customer's site.
Case Studies and Collaborative Success
Altair HyperWorks has been instrumental in various collaborative projects, like the one with ABB in Spain, that focused on improving the fatigue performance of robotic systems using simulation tools. Furthermore, success stories, such as the digital twin design process for a customized 3D printed robot, highlight Altair's commitment to innovative solutions for industrial machinery development.
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