For all fresh graduates looking for an opportunity in F1, this is your shot! Good luck :) [Applications have to be submitted through the main Sauber URL below] https://sauber-group.jobs.personio.de/job/2322171?language=en&display=en

Dear CFD Dose community, I’m excited to announce that I'm working on creating a new course for those who want to learn OpenFOAM. Access the course playlist from here: https://youtube.com/playlist?list=PLNqD6XOg2ZIBEAbayC4BMY5d_rVfltqwE&si=kJjOaf8PRuLBMAbi

💻I'm excited to share with you the very first episode of my CFD Dose podcast! I was very pleased to have Jeff Franklin as my first guest to talk about the control volume approach and its connection to co-located grids. 🕸️🌊 If that rings a bell for you, feel free to check this one out ;)

With every new year comes a new giveaway! I recently started tidying up my content on YT and decided along the way to share my course on using T-Flows for free. The course is now live on YouTube so feel free to go check it out ;) [link below] N.B. The course is scheduled, and all the content will be available by the end of this weekend. Course link: https://www.youtube.com/@cfd_dose

Hello everyone, I recently graduated with a degree in Fluid Mechanics and have prior experience with simulation projects, primarily using COMSOL and OpenFOAM. However, I’m new to STAR-CCM+ and would like to perform CFD simulations for mixers. From my initial research, it seems that the MRF (Multiple Reference Frame) method is widely used for such simulations. That said, I’ve come across limited tutorials specific to STAR-CCM+, and I’m hoping to get some advice from experienced users of this software. Specifically, I’d appreciate guidance on: 1. Mastering STAR-CCM+: Tips, resources, or learning strategies that can accelerate my understanding of the software. 2. Simulating Mixers: Best practices, common pitfalls to avoid, or any specific workflows/tutorials for modeling mixers. Any recommendations, resources, or insights you can share would be greatly appreciated. Thank you!