Combining a scalable human-machine interface (HMI) system and supervisory control and data acquisition with additional edge functionality gives machine and plant designs a high degree of flexibility and adaptability to quickly react to changing market environments and maintain fast innovations cycles.
Industry experts offered views about the benefits simulation technologies might offer in the process and manufacturing sectors.
Process simulation can be an invaluable tool to compare alternatives and justify the cost for manufacturing and manufacturing-related processes.
Using video games that are designed to teach engineers how to act in certain safety situations can provide training and experience for plant-floor operations, which can help narrow the skills gap.
The Duke-led GUIde Consortium develops faster, more accurate simulations of turbine blade vibrations to help aeronautical engineers develop safer jet turbines with lower maintenance costs.
MIT researchers have developed a learning-based particle simulator, could give industrial robots a more refined touch and help them make predictions about interacting with solid objects and liquids.
See five paybacks of simulation. Use IEC 61131-3 programming languages and modern programming tools to easily integrate simulation to development workflow.
Virtual design tools and automation software intersect to save time and costs in machine commissioning so engineers can spot potential flaws before implementation.
Simulation, modeling, and virtual commissioning are becoming easier to apply on different levels in automation. Interfaces to third-party simulation tools may be built into your software development suite already.
The controls often must be programmed for automated machinery and systems before hardware exists, but controls engineers can use simulations to test syntax, proper tag linking and addressing, and code functionality.