NablaFlow

In this week's we take a look at the Ventilation and Cooling: Incorporate efficient ventilation and cooling systems to dissipate heat from the engine and components without significantly increasing drag. Design ducting and airflow pathways to minimize aerodynamic losses.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io

Meshing in CFD: Turning tangled geometries into orderly grids, one node at a time. 🕸️ What's your most 'untangling the Christmas lights' moment in meshing? Share your experiences and strategies for navigating complex geometries in computational fluid dynamics.

Missed Our Webinar?

If you couldn't join us live for our exclusive webinar on how our Computer Fluid Dynamics (CFD) simulations helped break the world hour record, you can still watch it

🔗 Just register with the link in our bio to get access!

In this week's we take a look at the Undertray and Diffuser: Develop an undertray with a diffuser to optimize airflow management beneath the kart. The diffuser accelerates airflow, reducing pressure and generating downforce for improved grip and stability. Here Pressure coefficient plots and total pressure coefficient plots can be a great helping hand in understanding the behaviour of the flow under your kart.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io

Beyond the grid: Exploring the artistry of CFD simulation. 🎨 What's your creative technique for visualizing complex flow patterns? Share your artistic methods and visualization strategies as we delve into the aesthetic side of computational fluid dynamics.

Reminder: Our Webinar is Tomorrow! 🚀

Join Our Webinar on July 26th, and we'll tell you about the behind-the-scene of the World Hour Record, the most prestigious challenge in cycling 🏆

📅 Date: July 26th
🕒 Time: 15.00 CET

We led the aerodynamics development for INEOS and Filippo Ganna.. now it's time to let you in on what happened 🥇
👇👇👇 Register Now through our Link! You find it in the first comment below 👇👇👇

In this week's we take a look at the Wheel Fairings: Implement wheel fairings to reduce drag caused by the rotating wheels. Smoothly contoured fairings minimize airflow disruption, improving overall aerodynamic efficiency.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io

Life as a CFD engineer: Where every problem has a solution, but not always a straightforward one. 🤔 What's your most unconventional workaround for a simulation challenge? Share your innovative approaches and out-of-the-box thinking as we navigate through the complexities of computational fluid dynamics.

Psst! Did the trigger your interest about aerodynamics and cycling? 🚴‍♂️💨
Join Our Webinar on July 26th, and we'll tell you about the behind-the-scene of the World Hour Record, the most prestigious challenge in cycling 🏆

📅 Date: July 26th
🕒 Time: 15.00 CET

We led the aerodynamics development for INEOS and Filippo Ganna.. now it's time to let you in on what happened 🥇
👇👇👇 Register Now through our Link! You find it in the first comment below 👇👇👇|
(or in our Bio)

Are you a designer/engineer in the karting industry interested in CFD? 💨With we guide you through basic optimization methods using Aerocloud.
This month we dive into karts.
In this week's 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

When mesh becomes your best friend: CFD engineers, let's talk grids and boundaries! 📏 What's your top tip for achieving the perfect mesh? Share your expertise and strategies for mesh optimization as we strive for precision in computational fluid dynamics.

In this week's we take a look at Closure Systems: Opt for streamlined closure systems such as low-profile lacing or straps to minimize disruptions to the shoe's surface. Bulky closures or excessive padding can increase drag.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io

Ever feel like you're unraveling the secrets of the universe with CFD simulations? 🔍 What's your most profound insight into the nature of fluid dynamics that you want to share with us? Delve into the depths of your understanding and enlighten us with your insights into computational fluid dynamics.

🏅 NablaFlow is headed to the ISEA Conference! 🌟 Looking forward to connect with fellow fluid dynamics enthusiasts in Loughborough from the 8th to the 11th of July.

☕ Do you have questions about how simulations can be a game-changer in the design process for in multiple sports? Drop us a DM or meet us on Tuesday 12th at P11, between 4.30pm and 6pm!

🚴‍♂️ NablaFlow flies to Eurobike this week! 🌟
As aerodynamics enthusiasts and coffee lovers, we look forward to chat about the newest tech for bike and helmet design.

☕ Do you have questions about how simulations can be a game-changer in the design process? Drop us a DM and let's get a coffe together in Frankfurt from July 3rd to July 5th!

In this week's we take a look at ventilation design: Integrate ventilation features strategically to enhance airflow without compromising aerodynamics. Consider incorporating discreet vents or perforations in areas where airflow is least likely to create turbulence.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io

Life as a CFD engineer: Embracing uncertainty and turning it into opportunity. 🌟 What's your most unexpected success story in the world of simulations? Share your tales of triumph over unpredictability and let's celebrate the victories achieved through computational fluid dynamics.

🚀 Comparing simulations on has never been easier! Just a couple clicks and you will be able to access the next level of insights related to your simulations. Go to our website and check it out now!
👉 Link in BIO!

In this week's we take a look at reducing the Frontal Area: Focus on minimizing the frontal area of the shoe to reduce the surface exposed to oncoming airflow. This can involve tapering the toe box and maintaining a low-profile design.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io

Life as a CFD engineer: Where curiosity fuels exploration and simulations lead to revelations. 🔍 What's your most curious question that led to a groundbreaking discovery? Share your inquiries and insights as we delve into the depths of computational fluid dynamics.

The 2026 season is set to revolutionize Formula 1! With a shorter wheelbase, lighter chassis, and reduced drag, cars will be more nimble and efficient than ever. These changes promise faster speeds, improved handling, and a thrilling new era of racing. How do you see these changes affecting racing on track? 🏎️

Write "Formula 1" to receive the link to the 2026 formula car aerodynamic simulation
#2026

Are you a designer/engineer in the sports equipment manufacturing industry starting with CFD? 💨With we guide you through basic optimization methods using Aerocloud.
This month we dive into sports equipment.
In this week's we take a look at shoe aerodynamic optimization.
The overall shape of the shoe significantly impacts its aerodynamic properties. Aim for a sleek, tapered silhouette with minimal protrusions or irregularities to reduce drag.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io

In the world of CFD, every obstacle is just another opportunity for innovation. 🚀 What's your most innovative solution to a simulation challenge? Share your creative approaches and let's inspire each other in overcoming computational fluid dynamics hurdles.

In this week's we take a look at the Sidepods:

Cooling Efficiency: Sidepods house crucial components such as radiators and intercoolers for engine and brake cooling. Engineers must design sidepod shapes and airflow paths to maximize cooling efficiency without compromising aerodynamic performance.
Impact on Overall Car Balance: Changes to sidepod design can have significant implications for the car's aerodynamic balance. Engineers carefully assess the effects of sidepod geometry on overall handling characteristics and work to achieve an optimal balance between downforce and drag.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io

Ever feel like you're conducting a symphony with CFD simulations? 🎵 What's the most harmonious orchestration of your workflow in fluid dynamics? Share your experiences and let's appreciate the rhythmic flow of computational fluid dynamics.

In this week's we take a look at the Underbody and Diffuser:
Ground Clearance: The design of the underbody and diffuser is sensitive to ride height and ground clearance. Engineers must balance maximizing ground effect downforce with minimizing the risk of grounding out on track irregularities.

Flow Management: Optimizing airflow through the underbody and diffuser is crucial for generating efficient ground effect downforce. Engineers employ sophisticated CFD simulations and wind tunnel testing to refine the design and minimize flow separation.

Seal Efficiency: Maintaining effective seals between the underbody and diffuser and the track surface is essential for maximizing ground effect performance. Engineers must design the underbody to minimize leakage and maintain consistent airflow.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io

CFD simulations: Where precision meets prediction, and magic happens. ✨ What's your most accurate prediction moment? Share your moments of precise forecasting and let's celebrate the accuracy achieved through computational fluid dynamics.

In this week's we take a look at the rear wing:
Drag Reduction: While the rear wing primarily generates downforce, engineers strive to minimize drag to maximize straight-line speed. Designing efficient wing profiles and adjustability mechanisms helps achieve this balance.

Stability: The rear wing significantly influences the car's stability, particularly during braking and high-speed cornering. Engineers must ensure that the wing's design provides predictable and controllable aerodynamic behavior.

DRS Integration: The Drag Reduction System (DRS) allows drivers to temporarily reduce rear wing drag for overtaking maneuvers. Engineers need to design the wing with DRS functionality in mind, ensuring reliable operation and compliance with regulations.

Interested in the power of CFD? Grab your Free simulations Now at aerocloud.io