Ali Safari

post doctoral fellow @HKUST - PhD in mechanical engineering

[Ali Safari @ASafari_]

Thrilled to share our latest work in AIP Advances! We dive into superhydrophobic surfaces in Taylor–Couette flow, cut drag by up to 50% in turbulent regimes through advanced simulations & PIV experiments. Explore the physics of slip and vortex dynamics:
https://t.co/QbvCbbKmrT

[Ali Safari @ASafari_]

#iran

[Ali Safari @ASafari_]

Our elastocaloric cooling breakthrough is now live in #Nature
Our group has developed the world's first sub-zero Celsius elastocaloric freezing device. My contribution focused on optimizing and testing the heat exchanger fluid to maximize system efficiency and thermal performance

[nature @Nature]

Nature research paper: Sub-zero Celsius elastocaloric cooling via low-transition-temperature alloys

https://t.co/uri9F55ZMl

[Ali Safari @ASafari_]

Thrilled to share our latest research on drag reduction using #superhydrophobic surfaces.

We developed a novel spray coating process that creates stable superhydrophobic surfaces in turbulent flow, leading to a remarkable 48% #drag-reduction.

https://t.co/G5k3PHPLDb

[Lin Fu @linf1017]

Invited by AMS chief editor, we summarize our recent work on modeling the high-speed wall-bounded turbulent flows:

Progress in physical modeling of compressible wall-bounded turbulent flows

https://t.co/TFTW9hJBxu

[Flow Journal @flow_journal]

Read a new #openaccess article in FLOW: "Numerical investigation of the drag reduction effect in turbulent channel flow by superhydrophobic grooved surfaces" by Ali Safari, Mohammad Hassan Saidi, et al.
📚 https://t.co/DlqmuCzkHY
#OA #FLO #JFM

[Ali Safari @ASafari_]

@flow_journal @hkust

[Flow Journal @flow_journal]

Read a new #openaccess article in FLOW: "Numerical investigation of the drag reduction effect in turbulent channel flow by superhydrophobic grooved surfaces" by Ali Safari, Mohammad Hassan Saidi, et al.
📚 https://t.co/DlqmuCzkHY
#OA #FLO #JFM

[Ali Safari @ASafari_]

Tittle: Numerical investigation of the drag reduction effect in turbulent channel flow by superhydrophobic grooved surfaces

[Ali Safari @ASafari_]

Very excited to announce that our recent paper on drag reduction of superhydrophobic surface published on JFM Flow. Please find this open access paper at:

https://t.co/ocB5OuCF1W

DOI: 10.1017/flo.2023.18

@flow_journal

[Lin Fu @linf1017]

While TENO schemes have been widely validated in compressible gas dynamics and turbulence simulations, the latest evidence in atmospheric flows is still exciting:

A family of well-balanced WENO and TENO schemes for atmospheric flows

https://t.co/ix0cAC6eZn

[Lin Fu @linf1017]

PG Visiting Internship Students (Research Only)

If you are currently studying outside Hong Kong and wish to do research study at HKUST for a short period (one to six months), you may consider applying for enrolment as a PG Visiting Internship Student.

Email: [email protected]

[Ali Safari @ASafari_]

Happy to announce that I am an APS Student Ambassador.
#APS Student Ambassadors facilitate professional development for their peers at their home institutions by participating in and sharing valuable APS resources and programs.
@APSphysics @apsfluiddynamic

[Ali Safari @ASafari_]

Please find my paper which has been reached 20 citations, recently.
•#Turbulent, developing flow in curved tube and helically coiled tubes was studied #numerically with #LES.
https://t.co/dt6RcvCDIe