In the rapidly evolving field of engineering, the ability to quickly and accurately predict simulation outcomes is paramount. This necessity becomes even more significant when dealing with complex systems such as valve design and flow control. SimScale’s recent webinar, spearheaded by AI and engineering simulation experts, delved into the transformative capabilities of AI-powered design and optimization for these systems. Leveraging SimScale’s cloud-native platform, the session showcased how engineers could drastically reduce simulation times and enhance decision-making, thereby accelerating design cycles and fostering innovation.
On-Demand Webinar
If the highlights caught your interest, there are many more to see. Watch the on-demand Simulation Expert Series webinar from SimScale on how real-time simulation with AI is driving faster design cycles and superior products by clicking the link below.
1. Simplifying Complex Simulations with Physics AI
Often, engineers face the daunting challenge of lengthy computation times that can extend from hours to days, hindering rapid conceptual testing and development. SimScale’s Physics AI comes as a revolutionary solution, enabling the prediction of simulation outcomes instantaneously. This integration within the SimScale platform means that engineers no longer need to endure lengthy wait times for results, thereby accelerating the entire design process. This capability is especially beneficial in scenarios where multiple iterations are necessary, as it allows for a substantial increase in experiments conducted within a much shorter timeframe.
2. Built-in Data Management and Model Training
Before you can benefit from the huge speedup offered by Physics AI, you first need to build a model from a dataset. In fact, this can be one of the most time consuming aspects of model training, if simulation data is scattered across different devices and systems, or buried in organizational siloes. SimScale’s built-in data management keeps all of your simulation data in the cloud, ready to use for AI model training, at all times. It means that engineers using SimScale can decide at any point to build a Physics AI model from their simulation data, and directly use the integrated AI infrastructure to do so in just a few mouse clicks,
3. Collaborative and Accessible Cloud-Native Platform
Collaboration in engineering projects, particularly when involving multiple stakeholders, can be cumbersome if not facilitated by the right tools. SimScale’s cloud-native platform excels in making collaboration simple and effective. Multiple users can view and edit the same simulation project simultaneously, regardless of their physical location. This aspect is crucial for cross-functional teams working on complex projects as it ensures that all team members have real-time access to the latest project developments, enhancing both communication and output quality.
4. Comprehensive Coverage and Integration of Broad Physics Disciplines
A unique advantage of using SimScale is its comprehensive capability across various physics disciplines, including flow, thermal, structural, and electromagnetics, all within a unified user experience. This holistic approach allows engineers with expertise in one area to easily transition to others, fostering a versatile skill set and offering a broader perspective on multi-physics problems. The platform’s ability to handle these diverse disciplines underpins its versatility and appeal across different engineering sectors.
5. Scalability and High-Performance Computing (HPC) Capabilities
The need for scalability in simulations cannot be overstated, especially for enterprises handling large-scale projects. SimScale’s platform is designed to scale effortlessly with automatic HPC provisioning that requires no manual intervention from the user. This feature means that engineers can run multiple simulations concurrently, reducing the time taken to arrive at optimal solutions and greatly increasing the throughput of design explorations.
Conclusion
Today’s webinar highlighted SimScale’s continuous commitment to revolutionizing the engineering simulation landscape through innovative AI integrations and cloud-native technologies. The platform’s advanced features, such as Physics AI and Engineering AI, not only simplify and speed up the simulation process but also democratize access to advanced engineering capabilities, enabling engineers to make timely and informed decisions.
Watch Now
To gain a deeper understanding of how SimScale can transform your engineering workflow, we encourage you to watch the full webinar. The session is packed with insightful demonstrations and expert discussions tailored to help you leverage AI in your simulation projects effectively. Access the on-demand recording here and start transforming your engineering challenges into opportunities today.
