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The race to build faster, smarter electric vehicles is pushing engineers to rethink traditional simulation workflows. Join experts Diego Paterna (Schaeffler) and Ioannis Tsavlidis (SimScale) as they explore how AI and cloud simulation are transforming design, validation, and collaboration across the EV supply chain.
🗓 November 5, 2025
🕓 4pm Stuttgart | 8:30pm Mumbai | 10am Detroit
💡 Key takeaways:
How AI-driven methods overcome limits in traditional CAE workflows
Practical steps to integrate AI and cloud into engineering processes
What’s next: from assisted to autonomous simulation
👉 Register here: https://hubs.la/Q03PgQWB0
Engineering for critical moments means leaving nothing to chance. For ambulance manufacturer Crestline Coach, validating a complex HVAC system was a high-stakes challenge where failures directly impacted patient care.
Their traditional process of building and testing full-scale physical prototypes was slow, expensive, and offered limited insight into complex airflow and thermal issues. To accelerate their timeline and de-risk development, Crestline adopted a simulation-driven workflow. Using SimScale their engineers were able to:
✔️ Front-load analysis, moving from a reactive "build-and-test" model to a predictive one.
✔️ Virtually test dozens of design iterations in parallel, visualizing every vortex and hot spot without needing specialized hardware.
✔️ Leverage Convective Heat Transfer analysis to rapidly optimize a novel air mixer, achieving over 80% thermal efficiency in a compact space.
The outcomes were definitive. Crestline reduced its overall design cycle by 30% and cut physical prototyping costs by more than 60%. The final, optimized design passed all performance standards on the very first physical test.
Learn more: https://hubs.la/Q03P55Tq0
01/10/2025
Our integration with Violet Labs connects your live engineering data directly to your SimScale simulations, enabling your analyses to automatically re-run whenever an input variable changes.
This means you can:
✅ Eliminate manual data management.
✅ Ensure your results are never stale.
✅ Accelerate product delivery by creating a continuous, interconnected workflow.
See how it works: https://hubs.la/Q03LGNsC0
17/09/2025
How does a global leader like Siemens Energy push the limits of thermal performance in 3D-printed parts? By tackling the biggest bottleneck in computational design: simulation turnaround time.
In their quest to optimize complex heat exchangers, they faced hours of pre-processing for massive geometry files. The solution was a powerful, integrated workflow:
🔹 nTop for advanced implicit modeling of TPMS structures.
🔹 SimScale for cloud-native Conjugate Heat Transfer (CHT) simulation.
The game-changer? SimScale's native nTop integration allows simulation directly on the implicit model, cutting import and pre-processing from hours to minutes.
The results speak for themselves:
✅ 30% reduction in design iteration turnaround time.
✅ Elimination of the pre-processing bottleneck.
✅ Massively parallel design validation on the cloud.
As Computational Designer Markus Lempke puts it, this is "a real step change in speed and robustness" needed to unlock the potential of additive manufacturing.
Read the full case study here: https://hubs.la/Q03JJDHH0
Klicken Sie hier, um Ihren Gesponserten Eintrag zu erhalten.
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