Flow360 Computational Fluid Dynamics (CFD) by Flexcompute

Fast. Scalable. For CFD Experts. Welcome to a breakthrough in accurate aerodynamic simulations at unprecedented speeds - Flow360! A game-changer tailored for #engineering managers and CFD engineers like you! Flow360 is a scalable CFD Solver for better product design. Experience faster run times, lower costs, and unparalleled accuracy in #CFD. Join our LinkedIn page to stay in the loop with the latest trends, breakthroughs, and success stories shaping the future of aviation. What to Expect: - Overcome complex flow simulations of real-world products that have been prohibitive in terms of time and cost - New flow solver updates to gain powerful design capability - General updates on CFD technology, aerospace, and automotive design - Connect with like-minded professionals and experts in the field. Follow us for a front-row seat to the next height in simulation! #Aerospace #AerospaceDesign #Aviation #CFD #Simulation #Engineering

Join our next webinar on Tuesday, 14th, January: Common Misconceptions in CFD: Insights for Accurate Simulations with our own Jim Bungener! 🧑💻 In this insightful session, we’ll tackle some of the most prevalent misconceptions in computational fluid dynamics, including common errors in model selection, boundary conditions, and data interpretation. You will get the chance to: ✔️ Identify frequent misconceptions in CFD that lead to inaccurate results. ✔️ Discover best practices to improve simulation accuracy, including turbulence models and mesh refinement. ✔️ Explore real-world applications to achieve more reliable CFD results. Mark your calendar and prepare your questions—our experts will be available during a live Q&A to answer them directly. 🔗 Register now: https://lnkd.in/dE3fDV3W #CFD #SimulationAccuracy #EngineeringWebinar #FluidDynamics

The NASA/Bell XV-15 Tiltrotor investigation highlights the capabilities of Flow360’s hybrid CFD-BET models in addressing the complexities of rotorcraft aerodynamics. By offering accurate predictions of rotor-fuselage interactions and significantly reducing computational costs, Flow360 stands out as an efficient and reliable solution for advanced simulations. Explore how you can enhance your engineering workflows: https://lnkd.in/gizZuUtR #CFD #EngineeringSimulation #Rotorcraft #Aerodynamics #Flow360

Following work at Virginia Tech and Boston University, we examined the DJI Phantom II’s aeroacoustic behavior through virtual simulations, comparing thrust and sound pressure levels with experimental test results at 6000 RPM. This case study is presented in our latest aerocoustics guide, where, using #DDES and #ILES approaches, we replicated noise profiles at critical points, leading to a deeper understanding of quadcopter noise sources. Our latest eBook guide showcases how Flow360 is the solution to quieter drone technology and urban mobility innovations. Check out the full guide here: https://lnkd.in/eeRNWMkG #Aeroacoustics #CaseStudy #Flow360 #Flexcompute

High-lift aerodynamics remains one of the more complex challenges in CFD, requiring accurate predictions of separated flows and vortex interactions. This study demonstrates how advanced turbulence models and simulation techniques can improve the precision of high-lift predictions, helping refine designs for takeoff and landing scenarios. With insights from Flow360, these improvements contribute to more reliable aerodynamic analysis for modern aircraft. Learn more about Flow360: https://lnkd.in/gizZuUtR #CFD #Aerodynamics #HighLift #Aircraft #Flow360

Validating Rotor-Airframe Interaction Noise with Flow360 In our recent test case, we validated rotor-airframe interaction noise using the DJI9443 rotor with both cylindrical and conical airframes. By comparing results from the finest mesh configurations with OVERFLOW2+PSU-WOPWOP and experimental data, we ensure the highest accuracy and reliability in noise prediction. Flow360 provides crucial insights into the noise generation mechanisms in rotor-airframe interactions, helping engineers optimize designs for quieter, more efficient systems. Catch our on-demand webinar, "An Engineering Guide to Simulating Aeroacoustics". Watch it here: https://lnkd.in/eKcBE3f5. #Flow360 #Aeroacoustics #Engineering #Simulation #CFD

In our validation study on rotor-airframe interaction noise using the DJI9443 rotor, we tested both cylindrical and conical airframes to capture detailed interaction effects. The simulation results visualize acoustic wave indicators and acoustic pressure, showcasing DDES models for rod and cone interactions, along with the ILES method for cone configurations. These advanced simulations are crucial for refining noise prediction and improving UAV designs. You can discover more about enhancing your aeroacoustic simulations in our recent webinar! "An Engineering Guide to Simulating Aeroacoustics" is now available on-demand! 🔗 https://lnkd.in/eKcBE3f5 #Flow360 #Aeroacoustics #Engineering #Simulation #CFD

Enhanced Aeroacoustic Simulation for Helicopters In our recent and inisghtful aerocoustics guide, we showcase our study on the #NASA Robin-Mod7 with HVAB rotor. The study addresses helicopter aeroacoustics, focusing on the noise spectrum and sound pressure levels. Our Flow360 solver enabled us to replicate the complex noise dynamics and validate rotor efficiency through high-fidelity simulations. With proven results, our CFD solver is helping shape future designs that prioritize reduced noise without compromising on performance! Explore the impact of Flow360 on helicopter noise reduction in our latest eBook guide! Read the full guide here: https://lnkd.in/eeRNWMkG #Aeroacoustics #CaseStudy #Flow360 #Flexcompute #HelicopterNoise

3 days left until our exclusive webinar with NVIDIA! Traditional #CFD often faces challenges with lengthy computation times and resource inefficiencies, slowing decision-making and increasing development costs. Flexcompute’s GPU-native Flow360 solver addresses these issues directly, offering rapid, precise simulations of complex designs. On December 9th, 12:30 ET, NVIDIA and Flexcompute will together explore how this powerful tool optimizes resources and enhances engineering efficiency, driving faster innovation. 🔗 Reserve your spot now: https://lnkd.in/dfK2s2Sq #Simulation #GPU #Flow360 #NVIDIA #Engineering #AerospaceEngineering #AutomotiveEngineering

Why Dynamic Derivatives Matter in Aircraft Design Dynamic derivatives are fundamental to aircraft design, flight control systems, simulators, and certification. They help predict how an aircraft responds to changes in motion—key to safe, stable, and efficient operation. From simulating dynamic conditions to providing accurate flight data, Flow360 supports engineers with fast, reliable insights for better decision-making. Do you want to dive deeper into dynamic stability derivative simulations? Our latest on-demand webinar has all the details! Watch it here: https://lnkd.in/dj9CqT2B #DynamicDerivatives #Flow360 #CFD #AircraftDesign #Engineering