If you missed last week's #ISCFD webinar with Dr @Jozsef_Nagy_ you can now check it out on YouTube youtube.com/watch?v=DxlvEO… #cfd #openfoam OpenFOAM

CALLING ALL CFD ENTHUSIAST There’s still time to submit your solutions for the Divide and Conquer Challenge and win a share of the US $300k prize purse. Deadline: Sunday, March 27, 2022; 11:59 PM ET. Details: ow.ly/wPiR50HzrwQ Register: ow.ly/wfJX50HzrwP

We're always proud to present the work from our interns. One of them managed to generate a high-quality mesh and solve the flow at Mach 1.5 for this aircraft #SimulationFriday #CFDMeshingMadeSimple #OpenFOAM

If you are a #startup founder and if you haven't come to #SiliconValley, then you haven't seen it all. So I have traveled to Bay area for this week (3/8 to 3/14) and looking to connect with #investors and #quantum folks. DM me if you are interested in knowing about BQP

Exciting developments and new features coming soon in ucns3d

First simulation using #BQPhy on #Quantum system is out! We did thermal analysis of plate heat exchanger on Honeywell Quantum systems through Microsoft Azure Quantum platform. Many more of such simulations coming out soon on various Quantum computers & platforms! bosonqpsi.com/post/tech-cap-…

💦 Circular Cylinder in Cross Flow LES 💦 OpenFOAM simulation of initial transient of a circular cylinder in cross flow showing the Q-Criterion colored by velocity magnitude. Re = 100,000.

We are happy to announce that a couple of weeks ago we became eligible for ISSN and after a bit of administration, now the #OpenFOAM Journal has a brand new ISSN number: lnkd.in/dWJ6ZPKJ Next step DOI!

We are presenting 4 online courses with AIAA in North America. You learn how to use OpenFOAM not only for aero applications. Foundations - 3 May - 4 May External Aero – May 24-25; Aeroacoustics Modeling – June 7; Dynamic Mesh – June 8. tiny.cc/aiaa-2022-OF-f…

Check out our brand new video featuring speaker David Hughes discussing double-diffusive magnetic layering: youtube.com/watch?v=X4W8Hl…

Looking forward to tomorrow's Cornell Mechanical & Aerospace Engineering colloquium! Featuring Prof. Petros Koumoutsakos @314159K: "Artificial Intelligence for Fluid Mechanics". 4:15pm on zoom: cornell.zoom.us/j/99094842388?…

Want to know what you're breathing where you live? Or where you're thinking of moving to? Watch this space - we are relaunching our addresspollution.org public service very soon! #AddressPollution #AirPollution

I am looking for a postdoc to join ASAP and PhD students to join in Fall 2022, in experimental fluid mechanics and soft matter. More information can be found: tanglab.sites.northeastern.edu. Please spread the word and let me know if you know of anyone interested. RTs appreciated!

📢 22nd June: The Leeds Fluid Dynamics Symposium brings together experts across different areas of fluid dynamics to share their research. To submit a poster abstract and for more information, please see the following link: bit.ly/3sTaXrD.

🚨BREAKING NEWS🚨: We are ecstatic to share that we have received the "Most Innovative Startup" award at TiE Bangalore's Matrix Global Summit!!🚀🚀🚀 Special thanks to Abhay Tandon for representing Team BQP🙌 #QuantumComputing #quantum #innovation #startups #awards

Received the proof for a paper recently accepted. Need to check it and make final corrections. Once it's done, I'll share a preprint; I'll also need to find a code to share.

Exciting developments in ucns3d for multi physics modelling coming soon.

The 5th Annual Parallel Applications Workshop, Alternatives to MPI+X, has been announced! PAW-ATM is a forum for discussing HPC applications written in alternatives to MPI+X. Find out more here: sourceryinstitute.github.io/PAW/

Truly honored to receive the "Young Scientist Award 2022" from SARES (Sustainable Aviation Research Society). Excellent meeting and discussions, and thanks Hikmet Karakoc for including me in this fantastic community!

Excited to be awarded an Engineering and Physical Sciences Research Council grant for investigation of Adaptively Tuned High-Order Unstructured Finite-Volume Methods for Turbulent Flows using ucns3d. Supported by @ukturbulence ARCHER2 HPC Service Cranfield University UK Research and Innovation.