From Trial & Error to simulation-driven design: Detecting optimization potentials of calibration units in extrusion processes
Autor:
Jenny Kollak
Date:
May 8, 2025
Instead of time-consuming modeling and simplified assumptions, you benefit from a fully automated 3D multiphysics simulation – from geometry input to meaningful postprocessed results. Both the cooling behavior of the profile and the effectiveness of your cooling geometries are accurately simulated – even for complete cooling sections including multiple calibration units and water baths.
What to expect:
🚀 Hyper-automated preprocessing: Simulation-ready models and meshes are generated directly from geometry data – no manual steps required.
🧠 High-end multiphysics simulation: Flow and heat transfer are fully coupled and resolved in 3D – without simplifications or model reduction.
📊 Transparent results, directly from the cloud: Simulation results are clearly visualized, interpreted, and accessible at any time via the platform.
🔍 Realistic process insights: Identify critical temperature zones, local inefficiencies, and untapped optimization potential – without costly measurement campaigns.
Your advantage:
Make informed decisions on geometry adjustments or process parameters – quickly, data-driven, and directly in your browser.
StrömungsRaum® – where true innovation begins: at the intersection of simulation accuracy and intuitive usability.
An Overview of the Webinar Topics
Fully automated 3D multiphysics simulation from geometry to results – no manual steps needed.
Accurate simulation of flow and heat transfer across entire cooling sections.
Intuitive, cloud-based platform for real-time, data-driven process optimization.