CFD SUPPORT

Coaxial-rotor eCopter DES Simulation by TCAE CFD SUPPORT (rotating machinery simulation GOAT 🌀🐐) and FlyNow Aviation 🛩️ (revolutionizing urban air mobility 🏙️🚁) have embarked on a joint project to comprehensively simulate FlyNow's innovative eCopter. 🛠️🔭 Utilizing our computational fluid dynamics (CFD) expertise 🔢💻, they analyzed various eCopter flight modes with TCAE software. 🔬🧠 FlyNow Aviation is at the forefront of developing efficient, automated electric aircraft designed to address the challenges of urban transportation. 🏆🌎 FlyNow eCopter, a modular electric helicopter, is engineered to operate autonomously along predefined routes, providing a sustainable solution to urban congestion and pollution. 🔋🤖 By leveraging advanced simulation techniques, the partnership with CFD Support will enhance the design and performance of the eCopter, ensuring it meets the rigorous demands of urban air mobility. 🎥🔊 YouTube video: https://lnkd.in/eqpKBGEE #CFD #TCAE #Research #ScienceAndTechnology #AviationEngineering #AeroAcoustics #UrbanAirMobility #eCopter #FlyNowAviation #CFDSupport #AerospaceEngineering #AirMobility #ElectricAircraft #Simulation #FlightAnalysis #InnovativeEngineering #FutureOfFlight #SustainableAviation #AviationTechnology #AdvancedAirMobility

🌬️ Unveiling Airfoil Aerodynamics! ✈️ 🚀 Ever wondered how air moves over an airfoil at extreme angles? Dive into this stunning CFD visualization of a NACA 0012 airfoil at an impressive 25° angle of attack! Our simulation leverages DES k-omega turbulence modeling to capture the intricacies of airflow, offering clear insights into vortex dynamics and flow separation. 🌀💨 💡 Why it Matters: From enhancing wing efficiency to improving aerodynamic stability, understanding airfoil behavior is vital for advancing aerospace engineering and aviation safety. In this simulation, detailed visualization brings aerodynamics to life, highlighting how advanced CFD techniques can unlock new possibilities for engineers, researchers, and enthusiasts alike. 🌍📊 👀 Watch closely to see how the airflow evolves, creating vortices and complex wake structures behind the airfoil! The DES k-omega model ensures accuracy and precision, giving you a front-row view of real-time airflow physics in action. 🎥🔍 ✅ For a more in-depth understanding, you can download the full case study. It provides comprehensive analysis and insights into the aerodynamics of the airfoil, allowing you to delve deeper into the subject. 📚🔬 🔗 Full Case Study (download available): https://lnkd.in/eFjXws9F 📺 Watch the YouTube video here: https://lnkd.in/g9VjRePn 📈 Join the conversation on cutting-edge CFD simulations and gain fresh insights into aerodynamic visualization that could transform design and performance strategies! Let’s connect over innovation and the power of computational engineering. #AirfoilAerodynamics #CFDVisualization #NA0012Airfoil #TurbulenceModeling #EngineeringInnovation #AerospaceEngineering #FluidDynamics #AirflowAnalysis #AviationTech #TCAE

WEBINAR Recording Francis Turbine CFD, FEA, FSI, and Optimization https://lnkd.in/eSPPyJAD

🚨 Aeroacoustic Analysis of Axial Fans – Unlocking the Secrets of Noise Reduction! 🔊🌀 Curious about how axial fans perform acoustically? 🤔 With advanced CFD and Computational Aeroacoustics (CAA) techniques, we’ve taken a deep dive into understanding and optimizing fan acoustics! 📊🎧 Here’s what we uncovered: 1️⃣ Sound Pressure Level (SPL) and Power Spectral Density (PSD) for precise noise profiling 🔍🔊 2️⃣ Acoustic Signal Reconstruction to capture real-world performance 🎧 3️⃣ Velocity Contours and Vorticity Visualization for an in-depth look at fluid flow behavior 🌀💨 4️⃣ All powered by the TCAE Simulation Environment for unmatched accuracy! 💻🔧 Why does this matter? These insights empower noise reduction strategies and acoustic design improvements across HVAC, automotive, and aerospace industries! 🏭🚗✈️ 📥 Interested in applying these techniques to your own projects? Contact us to learn how we can help you achieve quieter, more efficient fan systems! 📩 🔗 PDF: https://lnkd.in/ehp6sMEP 🔗 Full Case Study (download available): https://lnkd.in/eYpmWcKR #AxialFanAnalysis #Aeroacoustics #NoiseReduction #CFDsimulation #AcousticEngineering #FluidDynamics #HVACtechnology #TCAEsimulation #FanOptimization #IndustrialSolutions

WEBINAR Today Francis Turbine CFD, FEA, FSI, and Optimization Oct 29, 2024 2:00 PM CET https://lnkd.in/eHxtm3EW

🌟 Discover the Power of Centrifugal Pump Simulation! 🚀 Curious about how centrifugal pump simulations work? Get ready to dive into the world of fluid dynamics like never before! 💧 We’re breaking down steady-state vs. transient fluid flow and showcasing dynamic vorticity patterns – perfect for visualizing those intricate velocity gradients. 🌪️ But that’s not all! Our latest simulation harnesses the full potential of CFD (Computational Fluid Dynamics), FEA (Finite Element Analysis), and FSI (Fluid-Structure Interaction) techniques to give you insights into the detailed interactions between fluids and structures. 💥 Imagine the impact on your understanding of pump performance and design efficiency! 📥 Download the full case study using the link below and take a deep dive into the technical details. Trust us, it’s packed with info you don’t want to miss! 😊 Full Case Study (download available): https://lnkd.in/dKwGuPg  📺 Prefer a video walkthrough? We’ve got you covered! Visit our YouTube channel for an in-depth guide through the entire simulation process. 🎥 Prepare to be blown away by what’s possible with TCAE simulation tools! 🤩 Check out this YouTube video to see the Centrifugal Pump Simulation. It's seriously mind-blowing! 💥 https://lnkd.in/gwCz69sp 🌐 Join the conversation: Use the hashtags below to stay connected with like-minded enthusiasts and share your thoughts. 💪 #CentrifugalPump #FluidDynamics #EngineeringInnovation #CFD #FEA #FSI #SimulationScience #PumpSimulation #VorticityVisualization #TCAE

🌟 Discover the Power of Centrifugal Pump Simulation! 🚀 Curious about how centrifugal pump simulations work? Get ready to dive into the world of fluid dynamics like never before! 💧 We’re breaking down steady-state vs. transient fluid flow and showcasing dynamic vorticity patterns – perfect for visualizing those intricate velocity gradients. 🌪️ But that’s not all! Our latest simulation harnesses the full potential of CFD (Computational Fluid Dynamics), FEA (Finite Element Analysis), and FSI (Fluid-Structure Interaction) techniques to give you insights into the detailed interactions between fluids and structures. 💥 Imagine the impact on your understanding of pump performance and design efficiency! 📥 Download the full case study using the link below and take a deep dive into the technical details. Trust us, it’s packed with info you don’t want to miss! 😊 Full Case Study (download available): https://lnkd.in/dKwGuPg  📺 Prefer a video walkthrough? We’ve got you covered! Visit our YouTube channel for an in-depth guide through the entire simulation process. 🎥 Prepare to be blown away by what’s possible with TCAE simulation tools! 🤩 Check out this YouTube video to see the Centrifugal Pump Simulation. It's seriously mind-blowing! 💥 https://lnkd.in/gwCz69sp 🌐 Join the conversation: Use the hashtags below to stay connected with like-minded enthusiasts and share your thoughts. 💪 #CentrifugalPump #FluidDynamics #EngineeringInnovation #CFD #FEA #FSI #SimulationScience #PumpSimulation #VorticityVisualization #TCAE

🚗💨 Optimizing Parking Garage Ventilation: Key Criteria to Follow! 🌬️ When designing an effective parking garage ventilation system, several essential factors ensure safety, comfort, and compliance! Here’s a quick checklist: 1️⃣ Ventilation Space: Define the minimum cross-sectional area and ideal airflow rate. 2️⃣ Airflow Requirements: Match airflow with location and seasonal needs. 3️⃣ Ventilation Equipment: Choose equipment for optimal air movement and contamination control. 4️⃣ Supply & Exhaust Points: Position supply and exhaust points effectively to ensure balanced airflow. 5️⃣ Air Filters: Select air filters for cleaner air across the parking area. 6️⃣ Fans & Ducts: Pick fans and ducts that meet flow rate and direction standards. 7️⃣ Controls: Integrate smart controls for reliable, energy-efficient operations. 8️⃣ End System Tests: Validate the design with rigorous testing for best performance! And remember, factors like carbon monoxide concentration, air age, and human comfort make a huge impact. 🌍 CFD analysis by TCAE is a top tool for creating optimal designs! Check out this amazing TCAE simulation for more insights! 💻👀 YouTube video: https://lnkd.in/eyui5BK3 🚀 #BuildingSafety #ParkingVentilation #CFDAnalysis #AirflowOptimization #TCAE #AirQuality #VentilationSystem #SmartControls #EngineeringDesign #IndoorAirQuality

🚗💨 Optimizing Parking Garage Ventilation: Key Criteria to Follow! 🌬️ When designing an effective parking garage ventilation system, several essential factors ensure safety, comfort, and compliance! Here’s a quick checklist: 1️⃣ Ventilation Space: Define the minimum cross-sectional area and ideal airflow rate. 2️⃣ Airflow Requirements: Match airflow with location and seasonal needs. 3️⃣ Ventilation Equipment: Choose equipment for optimal air movement and contamination control. 4️⃣ Supply & Exhaust Points: Position supply and exhaust points effectively to ensure balanced airflow. 5️⃣ Air Filters: Select air filters for cleaner air across the parking area. 6️⃣ Fans & Ducts: Pick fans and ducts that meet flow rate and direction standards. 7️⃣ Controls: Integrate smart controls for reliable, energy-efficient operations. 8️⃣ End System Tests: Validate the design with rigorous testing for best performance! And remember, factors like carbon monoxide concentration, air age, and human comfort make a huge impact. 🌍 CFD analysis by TCAE is a top tool for creating optimal designs! Check out this amazing TCAE simulation for more insights! 💻👀 YouTube video: https://lnkd.in/eyui5BK3 🚀 #BuildingSafety #ParkingVentilation #CFDAnalysis #AirflowOptimization #TCAE #AirQuality #VentilationSystem #SmartControls #EngineeringDesign #IndoorAirQuality

🌊🔁💡 Kaplan Turbine Flow Visualization with CFD! 💦⚙️ Discover the fascinating world of Kaplan Turbine simulations for low-head power generation! 🌊💪 Leveraging Computational Fluid Dynamics (CFD), we’re diving into a detailed analysis of this propeller-type water turbine, designed to maximize efficiency under variable flow conditions. 🖥️🌪️ CFD simulation captures intricate details like variable geometry, cavitation, and turbulence, enabling us to optimize flow dynamics and enhance performance under diverse operating conditions. 📊🔍 By examining pressure distribution, flow characteristics, and efficiency, we reveal insights that benefit engineers, researchers, and students alike! 🎓🔬 🌟🔧 With stunning 3D visualizations of flow patterns and vorticity contours, this project showcases CFD’s power in improving Kaplan turbine designs for real-world applications. 🌪️🌈 Check out the video, and don’t forget to share your thoughts in the comments! 🎥💬 Kaplan Turbine CFD Study (free download available): https://lnkd.in/dJfmacS YouTube video: https://lnkd.in/erQCMsCf Thank you for supporting our work! 💙💡 Together, let’s make engineering innovations more accessible and exciting. 👏✨ #KaplanTurbine #CFDsimulation #WaterTurbine #TurbineOptimization #FluidDynamics #EngineeringDesign #PowerGeneration #TurbineEfficiency #Hydropower #TCAE