Imperial College Fluid Mechanics

Fluid Mechanics Section (Civil Engineering) at Imperial College London. Interests: Wave Mechanics, Coastal & Offshore Engineering, Environmental Fluid Mechanics

[Imperial College Fluid Mechanics @FluidsICL]

Great to hear Dr Sam Wood contributing to #WorldVentil8Day by discussing https://t.co/ZqiuW4co7s findings for ventilation rates in UK schools – do get on touch with @HenryBurridge if you’d like to support #WorldVentil8Day in the future
#WV8D

[Daniel Valero @dValero_]

Addressing the root problems of what happened would require more than my expertise allows, unfortunately, but we (with some colleagues) have been able to put a short piece about the role of urban flood debris during this particular tragic event.

[Imperial College Fluid Mechanics @FluidsICL]

Developing a numerical method which computes an analytical projection of the probability density function (https://t.co/nuvsjMp4iD) we are able to more accurately estimate how this process creates and destroys APE.

[Imperial College Fluid Mechanics @FluidsICL]

As a two dimensional Kelvin-Helmholtz instability evolves, the stably stratified interface of negative/positive buoyancy (red/blue) is deformed - P. Mannix, J. Craske and @David_A_Ham

[Imperial College Fluid Mechanics @FluidsICL]

This process first increases the available potential energy (APE) of the system before the Kelvin-Helmholtz billows eventually break, kinetic energy increases and APE is destroyed.

[Imperial Civil and Environmental Engineering @Imperial_CEE]

🌬️ Good news for wind energy! Dr Adam Jan Sadowski & his team receive £1.95m EPSRC Fellowship to innovate offshore wind turbine structure design with digital twins, aiming for safer, more resilient, efficient, and sustainable designs.
Read more: https://t.co/y10yLzANOA

[Yusuf Almalki @yusufradad]

It was a great opportunity to present our research at #AWTEC2024, Busan, Korea.

Our work, titled “Effects of Vortex Formation Around a Caisson Oscillating Water Column (OWC) using OpenFOAM,” was supervised by @ikarmpadakis.

@FluidsICL

[Imperial Civil and Environmental Engineering @Imperial_CEE]

Congratulations to all of our graduates here at the Department of Civil and Environmental Engineering!

[Imperial College Fluid Mechanics @FluidsICL]

Video available online. Do not miss it if you are looking for a crash class on urban fluid mechanics by Prof @vanReeuwijkLab: https://t.co/upaQRmFLp1

[Imperial College Fluid Mechanics @FluidsICL]

Last reminder! Connect by 17:30 BST (in less than 1 h) to join the inaugural lecture of Prof. @vanReeuwijkLab: Urban Fluid Mechanics for Sustainable and Healthy Cities: https://t.co/upaQRmFLp1

[Imperial Civil and Environmental Engineering @Imperial_CEE]

💧 Airing tonight! 💧

Dr Ana Mijic joins The Future with Hannah Fry to explore water scarcity and discuss the importance of understanding water as part of a complex, interconnected cycle. 🌍 Don't miss it! Watch here: https://t.co/CWpJQ9y3W8

[Imperial College Fluid Mechanics @FluidsICL]

Last reminder! Connect by 17:30 BST (in less than 1 h) to join the inaugural lecture of Prof. @vanReeuwijkLab: Urban Fluid Mechanics for Sustainable and Healthy Cities: https://t.co/upaQRmFLp1

[Imperial College Fluid Mechanics @FluidsICL]

Do not miss Prof. @vanReeuwijkLab inaugural lecture, face-to-face or online.

[Imperial Spark @ImperialSpark]

Imperial Inaugurals are back! Join @vanReeuwijkLab from @ImperialCiveng to discover how enhancing our understanding of urban air flow can lead to healthier cities. 🌆

🗓️ Wednesday 2 October
⏰17.30

🔗https://t.co/85hvEPNS2i

[Imperial College Fluid Mechanics @FluidsICL]

😀👏👏👏🌊🌊🌊

[Imperial College Fluid Mechanics @FluidsICL]

Join us for Professor Maarten van Reeuwijk’s @imperialcollege Inaugural online or in person! 🌆✈️🌳🌴

Join the lecture live on our YouTube channel 👨‍🏫🛜💻

We look forward to seeing you on Wednesday 2 October!

https://t.co/biZdZ7vEkS

[Daniel Valero @dValero_]

After several years of collaborative work, we can finally share this OA review on air-water flows: https://t.co/XYTHodZCCC

These flows are extremely important in high-head dams.

Big thanks to collaborators S Felder, M Kramer, H Wang, J M Carrillo, M Pfister and D B Bung.

[Imperial College Fluid Mechanics @FluidsICL]

Mesmerizing! Difficult not to take pictures. Happy #FlumeFriday everyone 🌊🌊

[Imperial College Fluid Mechanics @FluidsICL]

We are back to the lab and very eager to share our new experiments with everyone 🌊🌊🌊💡🌍

[Imperial Civil and Environmental Engineering @Imperial_CEE]

Just in! A funded #PhD opportunity with @dValero_ in @FluidsICL. This is a fluid mechanics post (environment & toxicology) on 'plastic degradation during environmental transport'. Research to be conducted with @ImperialSPH and @TU_Muenchen. Details here: https://t.co/Vi2Ln4chvH

[Yusuf Almalki @yusufradad]

Have you ever seen a flume mode?
Flume mode is excited when the incident wave frequency or one of its nonlinear harmonics is sufficiently close to the natural frequency of the flume or an integer multiple of it. In here the traverse mode is excited.
📸 @yusufradad
📍 @FluidsICL

[Henry Burridge @HenryBurridge]

Very glad to see this paper out: https://t.co/AilRQG3fbb, reporting evidence based on the first term of CO2 data from the @SAMHEProject - headline is that adherence to UK guidance for schools is relatively high most of the time; however, ...