Flexcompute’s Post

💡Flow360: Making New Realities Possible Say goodbye to prohibitive time and cost barriers—Flow360 offers the capability and precision required for intricate flow simulations at a fraction of the usual resources. Steady and unsteady viscous flows based on Reynolds-Averaged Navier-Stokes (#RANS), Scale-resolving with Delayed Detached Eddy Simulation (#DDES), Multiple turbulence models, Laminar-turbulent transition, Acoustics & more... 📖 Learn how you can transform your approach to flow analysis with Flow360: https://lnkd.in/duxjkCJd #Flexcompute #FlowSimulation #CFD #Innovation

Vertical Flute Simulation Using #Flow360 Julie Duquene built the geometry in ESP, meshed, and ran the 3D flute simulation in Flow360. Some Flow360 in action, featuring: 🎵 Acoustics: Analyze and optimize sound performance 🔄 Actuator Disk: Simulate rotating machinery with ease 🌐 Porous Media: Model complex fluid flow through porous materials 📐 Parametric Geometry: Quickly iterate on design variations 🔧 Automatic Meshing: Save time with automated, high-quality mesh generation 🌎 Source: https://lnkd.in/eiN24G6e by one of our founders Qiqi Wang #flexcompute #aeroacoustics #cfd #simulation

The generation of sound by a turbulent flow is the most common physical effect associated with the field of #aeroacoustics.

In this week's #DesignMonday we take a look at the seat tube and seatpost: The seat tube and seatpost can create turbulence and increase drag if not properly designed. Optimize these components to promote laminar airflow and reduce drag, potentially by incorporating airfoil shapes or integrating them into the frame design. Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io #CFD #nablaflow #aerocloud

In this week's #DesignMonday we take a look at Pressure Distribution and Lift Reduction: CFD enables the analysis of pressure distribution over the motorbike's surfaces, crucial for minimizing lift forces that can affect stability at high speeds. By optimizing bodywork geometry and airflow management, designers can achieve a balanced pressure distribution to reduce lift and enhance overall stability and handling characteristics. Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io #CFD #nablaflow #aerocloud

In this week's #DesignMonday we take a look at the Side Mirrors and Other External Components: External components such as side mirrors, door handles, and antennas can create additional drag. Integrating these components seamlessly into the body design or using aerodynamic shapes can help reduce drag and improve overall efficiency. Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io #CFD #nablaflow #aerocloud

Are you a designer/engineer in the karting industry interested in CFD? 💨With #DesignMonday we guide you through basic optimization methods using Aerocloud. This month we dive into karts. In this week's #DesignMonday we take a look at the front nose cone design: Design a streamlined nose cone to reduce frontal area and minimize drag. Ensure smooth contours and a gradual transition from the body to the chassis to minimize airflow separation and turbulence. Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io #CFD #nablaflow #aerocloud

Are you tired of slow and inefficient high-lift predictions? Look no further than the Flow360 CFD Solver! Our paper, "An Analysis of Modeling Sensitivity Effects for High Lift Predictions using the Flow360 CFD Solver," presents the contribution of Flexcompute to the 4th High Lift Prediction Workshop, where we analyzed the key areas of mesh sensitivity, turbulence modeling sensitivity, effect of cold- vs warm-starts, and hysteresis effects. We've discovered that using different RANS-based turbulence models and DDES simulations can significantly improve the comparison with experimental data and achieve the correct answer for the right reasons. 🔗 📄 Read the full paper here: https://lnkd.in/d6BHC3Zv Don't miss out! #HLPW #Flow360 #CFD #TurbulenceModeling #DDES

Focused on air control and smoke management, Ventus helps build 3D models to study how smoke would travel in buildings, especially in emergencies, using pressure zone models. Ventus makes it easy to build and navigate your models, ensuring precise and reliable results by importing CAD geometry, simulating multiple ambient conditions, and designing simulations graphically to quickly deliver accurate solutions. Learn more about Ventus: https://lnkd.in/gh4EYXCe #FireSimulation #SmokeSimulation

I had the privilege of sharing the stage with incredible industry experts at our recent event. Here are a few moments from the event. Watch the full session for in-depth insights about AVL simulation workflows: https://lnkd.in/dJJyFsBA #simpulse #eletricvehicles #EDU #simulation