SimScale

An engineering AI agent that can set up, run and document multiphysics simulations used to be far-fetched but became possible with the latest AI progress. It can help simulation teams remove repetitive tasks and shift focus to higher-value work like methods development, while design and program engineers get faster feedback on design decisions.  The result? Engineering teams can explore exponentially more design options without adding more hours to the clock. Given the required maturity around data management, AI model training, deployment and versioning etc., a cloud-native simulation stack simplifies the adoption journey significantly, bringing it closer to plug-and-play. It’s an exciting moment as we’re seeing more and more customers actively shaping their AI strategies. Most engineering teams are clear that they need to evolve their workflows to compete in today’s market dynamics. Hence we’re not just seeing it applied to simulation, but also requirements, system models, reviews, drawings and more. We’re actively working with many engineering teams on their AI journey. If you’re leading your team’s exploration of AI in engineering, we’d love to connect and talk shop! More info via the link below

Join our upcoming webinar to learn how SimScale can help you enhance and optimize solenoid design. We'll explore using cloud-native CFD, FEA, and electromagnetics to improve efficiency, test actuators, manage heat, reduce waste, and validate performance. Nur Öztürk will guide you through practical applications for automotive and industrial engineers. ✔️ Register here: https://hubs.la/Q03g-G_m0 #engineering #simulation #solenoiddesign #cloudnative #CFD #FEA #electromagnetics

When DOLAV Plastic Products needed to ensure their box pallets could handle higher loads under tough storage conditions, they didn’t rely on trial and error. They turned to cloud-based simulation. Using SimScale’s FEA capabilities, Dolav’s engineers: 🔹 Ran static and dynamic load tests virtually. 🔹 Identified weak points in the design. 🔹 Quickly tested reinforcement options. 🔹 Added 50% more load capacity without extra prototypes. Cloud simulation allowed them to speed up decision-making, reduce physical testing, and get stronger products to market faster. 👉 Explore the full details: https://hubs.la/Q03h8jK70 #simulation #fea #engineering #cloudengineering #mechanicalengineering #digitalvalidatio

A critical leak at Methanex’s methanol plant put millions of dollars at risk, threatening a costly shutdown and major production losses. The traditional fix? Time-consuming, expensive, and full of trial and error. But Methanex engineers chose a smarter way forward. Using SimScale’s FEA capabilities, they virtually stress-tested a custom-designed solution with no need for physical prototypes. In just 8 hours, they designed, tested, and validated the fix! The result? A shutdown avoided and $3.5 million saved. 👉 Learn how: https://hubs.la/Q03h8dMP0 #engineering #simulation #fea #digitalengineering #manufacturing #productivity

ENGINEERS WAITING FOR SIMULATIONS TO FINISH... 📍36 hours later… still loading 📍4 weeks later… still waiting 📍Eventually: 🤷♂️ “Did we even pick the right design?” If you know the pain, you're not alone. For too long, running simulations has meant a lot of waiting around, tweaking settings, and hoping the computer gods are on your side. But what if you could optimize a pump design in under a minute? That's not a fantasy. It's AI-powered simulation. In our recent partnership with NVIDIA, we launched an AI Foundation Model for pump simulation, trained on thousands of real-world CFD runs and built right into our cloud platform. Here's how it speeds things up: 🌀 Upload your CAD model ⚡ Get performance predictions in seconds 🔁 Optimize across 60+ designs in under a minute With Physics AI, design exploration isn't held back by long simulation times anymore. It's 2700x faster, works in your browser, and is ready to use no setup, no installs, no more waiting. And yes, you can finally finish your design work before your coffee gets cold. 😉 Explore more: https://hubs.ly/Q03hb1MT0 #PhysicsAI #AIsimulation #engineering #innovation #CFD #pumpdesign #cloudCAE #SimScale

Solenoids are critical, especially in automotive, but optimizing them can be tricky. Even tiny design changes can throw things off, and testing is often a huge expense and a time drain. So, how can we make this easier? That's what we're exploring in our upcoming webinar! Join our next session to see how cloud-native simulation can be your secret weapon for smoother solenoid design. We'll cover how to: Maximize solenoid efficiency by optimizing those tricky magnetic fields. 🧲 Test and refine electromagnetic actuators like a boss. ⚙️ Tackle thermal management and keep things cool. 🔥 Cut down on material waste and speed up development. ✂️ Validate performance confidently, with less reliance on physical prototypes. ✅ Secure your spot: https://hubs.la/Q03gZGN_0 #engineering #simulation #solenoiddesign #cloudnative #CFD #FEA #electromagnetics

🔔 Webinar Alert: Cloud-Native Multiple Physics Simulation for Solenoid Valve Design & Optimization 📆 Happening in 2 weeks — Don’t miss it! 🚗 In electric vehicles, coolant control valves are mission-critical components ensuring optimal thermal performance of battery packs and power electronics. 🧲 Designing these solenoid valves is no easy feat — small design tweaks can have a huge impact on electromagnetic behavior, thermal performance, and fluid flow. ⏳ And physical prototyping? Costly, time-consuming and comes too late in the design process. ☁️ That’s where one cloud-native simulation platform, broad physics comes in. In this live session, we’ll walk through a real-world case study of a solenoid valve used in EVs for excellent coolant flow control. 💡 What you’ll learn: ✅ Optimize magnetic field distribution for actuator efficiency ✅ Simulate and refine thermal behavior to improve heat dissipation ✅ Model flow through the valve body for pressure drop analysis ✅ Replace expensive physical testing with fast, accurate simulation 🚀 See electromagnetic, thermal, and flow simulation results in action – powered by SimScale’s cloud-native platform. 🔗 Register here: https://lnkd.in/drdQVNKJ #simulation #solenoiddesign #cloud #CFD #FEA #emag #ev #automotive #electromagnetics

What would it mean for your engineering team's velocity if they all had access to an ‘engineering AI’ that could run FEA / CFD / Thermal / EMag simulations autonomously? Most simulation teams today are actively exploring how AI can help them accelerate. Yet many initiatives focus primarily on speeding up the actual simulation process with physics AI methods. Our work with thousands of engineering teams has shown time and again, that it’s not only the simulation runtime that slows the overall engineering process down. It’s the wait time until someone actually sits down, sets up, runs and then evaluates a simulation. Modern AI methodologies together with a modern cloud-native CAE stack allows to address that bottleneck. ‘Engineering AI’ systems become feasible that can accelerate or even automate the typically manual parts of simulation processes. If you’re curious about the possibilities of a combination of 'physics AI' and 'engineering AI' methodologies, check out the latest article on the SimScale blog below. #cloud #simulation #ai #fea #cfd #thermal #electromagnetics

In our latest article SimScale CEO, David Heiny, dives deep into the practical reality of AI in our field, and it is more transformative than you might think! He highlights a fundamental bottleneck in traditional engineering: the often lengthy simulation cycles that can stretch from hours to even days. This waiting game limits design iterations and slows down innovation. 💡 But what if that bottleneck could be virtually eliminated? That's the promise of Physics AI. By leveraging pre-trained AI models, SimScale is enabling engineers to achieve performance predictions in mere seconds, a staggering acceleration that fundamentally changes the design process. Imagine the possibilities of exploring countless more design variations, identifying optimal solutions faster, and getting products to market quicker than ever before. He also introduces Engineering AI, which goes beyond just speeding up calculations. This involves AI agents that can intelligently navigate the entire simulation workflow, much like a human engineer. As David points out, this doesn't replace the engineer's expertise but rather amplifies it, freeing up valuable time for higher-level strategic thinking and innovation. Ready to move beyond the theoretical and explore the concrete ways AI is poised to revolutionize your engineering workflow? ➡️ Explore David Heiny's full insights here: https://hubs.la/Q03h8h0s0 #engineering #ai #SimScale #physicsai #engineeringai #simulation #innovation

How do you design a machine that fills delicate drug vials without risking contamination while keeping development moving fast? That’s the challenge 3P innovation Limited faced with the cryoFIL®, their award-winning automated cryovial filling platform. The airflow inside the machine had to be just right: There had to be no turbulence or stagnation, so open vials stayed protected throughout the process. To figure it out, the team used our cloud-native simulation platform to test and fine-tune their design. With CFD and thermal simulations running in parallel, they could explore different design options quickly and spot problem areas early, without waiting around for a local machine to crunch the numbers. 👉 This meant: ✅ Clean, controlled airflow right where it mattered. ✅ Faster design cycles, more confidence going into testing. ✅ More time spent engineering, less time waiting on simulations. By using SimScale, 3P Innovation kept the project moving fast without cutting corners, making sure cryoFIL® could deliver in the lab and in the real world. Check out their success story: https://hubs.la/Q03gxT5X0 #engineering #biotech #CFD #SimScale #productdesign #pharma #innovation