Innoptus Solar Team’s Post

Are you a designer/engineer interested in CFD? 💨With #DesignMonday we guide you through basic optimization methods using Aerocloud. This month we dive into helmet design. In this week's #DesignMonday we take a look at Drag Reduction: Utilize CFD simulations to analyze airflow patterns around the motorbike's bodywork, including fairings, body panels, and rider position. By optimizing the shape and contour of these components, designers can minimize aerodynamic drag, which directly contributes to improved speed and fuel efficiency. Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io #CFD #nablaflow #aerocloud

🎥 Spectacular Crash at the Tour de France! 🚨🚴♂️ One moment can change everything. Witness this incredible footage from the Tour de France, showcasing how a helmet is essential in protecting cyclists during a dramatic crash. 🔍 Our Contribution? At DEP, we partner with helmet manufacturers to enhance design efficiency through advanced numerical simulations. Our cutting-edge tools, including DEP MeshWorks and LS-DYNA, enable quick and accurate helmet modeling to simulate impacts, ensuring compliance with rigorous safety standards. ✅ Innovation Partnerships We are dedicated to boosting safety. Our simulations empower helmet manufacturers to not only meet but exceed safety norms, fostering continual innovation in pursuit of unparalleled protection. 👉 Discover how our expertise in simulation technology is redefining the future of cycling safety. Stay tuned for more insights by following us on depeurope.com! #BikeSafety #Innovation #NumericalSimulation #CAE #DEP #TourDeFrance #CyclingSafety #DynasPlus Detroit Engineered Products | Dynas+ | Dynas+ Engineering Products - Europe Matthieu Seulin

What a fantastic tool for flow visualisation.

Are you a designer/engineer in the sports equipment manufacturing industry intrested CFD? 💨With #DesignMonday we guide you through basic optimization methods using Aerocloud. This month we dive into helmet design. In this week's #DesignMonday we take a look at Helmet Shape and Profile: Develop a helmet with a streamlined shape and profile to minimize drag and improve aerodynamic efficiency. Smooth contours and a compact silhouette help reduce air resistance, especially at high speeds. 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

Aerodynamics, accuracy, velocity and speed: Like a bullet/bullet train, helmets have traditionally occupied a somewhat unique space, balancing safety with aerodynamics and maintaining a familiar rounded form. “WHEN YOU SEE HOW FAST IT IS, YOU WON’T LAUGH ANYMORE,” SAYS JONAS VINGEGAARD, WHO CAN BE SEEN ADORNING THE AEROHEAD II HELMET. How long can you hold a human's attention with a generic-looking brand experience? Check out our Bio+Mimicry™ and Xross-Industry™ series where we explore the very edges of innovation to find new solutions to old problems and showcase fresh and exciting innovation inspiration. BIO+MIMICRY™ For every problem, nature has a smart solution. Product innovation posts of real-world challenges solved by inspirational solutions found in nature. XROSS-INDUSTRY™ Exploring cross-industries to find non-obvious clues to common product challenges, then converting them into exciting new solutions. #ProductInnovation #InnovativeSolutions #Prototyping #ConceptDesign #Ideation #Biomimicry #AerodynamicsMatters #PrecisionVelocity #SpeedAndAccuracy #CuttingEdgeDesign #FastDesign

Enhanced engagement. Greater performance. Refined aerodynamics. Upgraded technology...Every aspect of 750S has been scrutinised and improved. Inside and out. Our relentless search for better can be felt in each core element. . . . . #Mclaren #MclarenPerth #Mclaren750S

What hides under the bonnet of 424? 🧐 💡 Let me explain some of the advanced physics modelling we are using to make the 424 simulation as accurate and predictive as possible: Tire model: it is a critical part of the realism and feeling when driving the car. We have developed a tire model that flexes with multiple points of contact with the ground. It is particularly noticeable when touching some of the curbs with the outside shoulder of the tire in a corner. It has its own damping and variable rolling radius too. Aerodynamics: notice how the front wing flap is moving up and down through the corner. The flap is activated with the rear DRS system to rebalance the car when we open the rear wing flap in a straight line. As soon as we touch the brakes, the flap moves back up. We also have an aero elastic system that moves the flap up at low speed to shift the aerodynamic balance to the front and help rotate the car into the corner. We will keep developing the 424 simulation with our partner Vehicle Physics to make it one of the most advanced and performant modelling tools out there. Let's keep having fun while #designing, #engineering and #building! PERRINN 424 We are a Team

Enhancing Race Car Aerodynamics with Advanced Simulations! 🚗💨 At AsRa Tech, we successfully used Steady State Flow simulation in ANSYS Fluent to optimize the aerodynamics of our race car models. By focusing on the drag and lift coefficients, our study revealed interesting insights: Car Model A: Low drag coefficient but high lift, which presents design challenges. Car Models B & C: With add-on kits, they generated significant negative lift, increasing speed potential, though at the cost of a higher drag coefficient. Through detailed simulations, we are constantly improving race car performance, pushing the limits of speed and stability. 🔗For more information visit our website: www.asratech.com or email us at info@asratech.com #RaceCarAerodynamics #AsRaTech #CFD #ANSYSFluent #Engineering #Innovation #DragReduction #LiftCoefficient #SpeedOptimization #Aerodynamics #CarDesign #AutomotiveEngineering

This post highlights XPENG 's innovative design approach for the future of automobiles, focusing on sustainable electric powering and aerodynamics engineering. The integration of these elements showcases a marvel in automotive technology. The emphasis on sustainability and efficiency in the design hints at a promising future where automobiles are not only advanced but also environmentally friendly. The combination of engineering and artificial intelligence in this vision sets a high standard for the automotive industry. #engineering #artificialintelligence #sustainable #aerodynamics #futureofmobility