Our August issue is live! ML-assisted flow reactor design, a DNA-based chemical neuron that 'senses' temperature, large-scale graphene-based current collectors, direct imaging of nanocube self-assembly pathways, and more! Read the full issue here: nature.com/natchemeng/vol…

On our way to #ICTAM24! 🙌 Can’t wait to hook up with you in #Daegu Lyes Kahouadji & Konstantinos Zinelis 😊

Matar Fluids Group in #Busan 😊 #Haeundae #Beach☀️🏖️ #ICTAM24

Thanks for featuring our work Physical Review Fluids!

How many light drones requires to do this. Here in Busan, Gwangalli beach admiring Gwangan Bridge and this ! Very nice little escape with Matar Fluids Group before #ICTAM2024 kickoff 😊

1st talk: Debashis Panda presenting his work on Marangoni-driven pattern transition and hills and bulb-like structures in surfactant-covered Faraday waves #ICTAM2024. Mon. 26th August 2024 (15:00-15:20) Room: 219 2F (Waves in fluids) PMMH Laboratory LISN Imperial ChemEng

The 2nd talk today from the group will be given by Omar Matar on Dynamics of driven Thin Liquid Films at #ICTAM2024. Monday 26th August 2024 Time: (15:00-15:20) Room: 506, 5F (Thin film flows) Jason Stafford Lyes Kahouadji Imperial ChemEng Imperial College London Uni of Birmingham

Little correction! Time : 4:20pm to 4:50pm.

3rd talk from the group will be given by Abdullah Abdal on Numerical Simulations of Particles Settling in Density Stratified Fluids at #ICTAM2024. Muesday 27th August 2024 Time: (10:40-11:00) Room: 325B, 3F (Multiphase & Particle-Laden Flows) Imperial ChemEng Imperial College London

4th talk from the group by Konstantinos Zinelis on 3D Simulations of viscoelastic jets & filaments at #ICTAM2024. Tuesday 28th August 2024 Time: (14:30-14:50) Room: 325A, 3F (Non-Newtonian & Complex Fluids) Imperial ChemEng Imperial College London Prof Jesse Capecelatro Gareth McKinley

5th talk from the group by Debashis Panda on Direct Numerical Simulations for 2phase flows with moving contact line & Surfactant above micelle concentration at #ICTAM2024. Wednesday 29th August 2024 Time: (8:40-9:00) Room: 325D, 3F (CFD) Imperial ChemEng LISN

Our latest paper, with Gareth McKinley 🙌 Well done Konstantinos Zinelis! 😀👏 #FluidDynamics of a #viscoelastic fluid dripping onto a substrate 🔗online in Soft Matter tinyurl.com/jzm4ueau #Simulations #CFD Collab: Thomas Abadie (ChemEng Bham) Imperial ChemEng MIT MechE

6th talk from the group by Lyes Kahouadji who waited 8 years (since #ICTAM2016) to finally present his simulations on chocolate fountain at #ICTAM2024. Thur 29th Aug 24 Time: 16:50-17:10 Room: 323B (convection)

Greetings from ICTAM2024 ! Today our PDRA, Dr. Simona Migliozzi, will present our work on "Coalescence of a pendant drop on a particle-laden interface". Session FM06, room 323A. Panagiota Angeli PREMIERE - UKRI-funded Research Programme University of Oklahoma Research

Shapes matter in the dance of ice and water. A team that includes Sander Huisman & Detlef Lohse explores how the shape of ice affects melting rates in water, showing that ellipsoidal ice can melt up to 10% slower than disks due to natural convection! go.aps.org/3WWUa4Q

Professor Meneveau receives the #BatchelorPrize for his high-impact fundamental contributions to the study of turbulence and wall-bounded flows, and for bringing insightful and rigorous fluid mechanics to the science of wind turbines and wind farms for the benefit of society.

7th and last talk from the group by Paula Pico talking on Surfactant-laden bubble bursting: Marangoni effects on capillary waves and Worthington jet formation at large bond number. Day: Friday 30th of August Time: 12:00 Location: Room 323A, 3F

Thank you ICTAM2024 #ICTAM2024 & #Daegu for hosting us! 😊 We had an amazing conference! 🙌 Looking forward to the next one in Vienna!

Absolutely fabulous lecture from Gareth McKinley to close ICTAM2024 🙌👏 #ICTAM2024

A popular summary of our discovery of a new convective instability in fluid mixtures driven by colloidal diffusiophoresis, 140 years after Lord Rayleigh Phys.org: phys.org/news/2024-09-d… (for the orginal paper see doi.org/10.1021/acs.jp…)