Your membership plan only allows 0 follows. Upgrade here.
Successfully unfollowed
Error unfollowing user.
You have successfully recommended
Error recommending user.
Something went wrong. Please refresh the page and try again.
Email successfully verified.
Choayb H.
@Chhammana
5.0
16
6.1
6.1
100%
Ph.D., Solidworks, Ansys, fluent, Fortran.
$20 USD / Hour
・
Algeria (4:51 AM)
・
Joined on February 21, 2022
$20 USD / Hour
・
I am a Ph.D. student from Algeria, I work with ANSYS and Solidworks to study fluid mechanics' simulations, especially the aerodynamics of airfoils and propellers. I also worked on thermal transfers, pumps, and compressors simulations.
Choayb is very nice to work with, easy communication. He keeps to time and delivers the work on time. I will always recommend him. He is a favorite of me.
greatest freelancer i have ever worked with until now. extraordinarily smart person with excellent professionalism. understands all requirements easily with his expertise and offers different solutions which gives you chance to consider project from different points of view. i had remarkable experience with this bright engineer. thank you very much for being very helping, understanding, and great communication! may the best be with you!
for 7 years, I`ve been lecturing Ansys and Solidworks simulations at the mechanical department at the university.
I have conducted many projects in fluid mechanics, especially the aerodynamics of aircraft, airfoils, and drones.
Oct, 2018 - Present
•
6 years, 2 months
Education
Université Mentouri de Constantine
2018 - 2024
•
6 years
PhD
Algeria
2018 - 2024
•
6 years
Université Mentouri de Constantine
2012 - 2018
•
6 years
Master
Algeria
2012 - 2018
•
6 years
Qualifications
PhD. Student
2018
UDFC1
PhD. Student
2018
Publications
Numerical investigation of turbulent flow around the blades of a rotating propeller
International Conference on Advances in Mechanical Engineering (ICAME)
A numerical investigation of the turbulent flow around the blades of an isolated rotating propeller similar to that used in quadcopter drones is carried out using the commercial code ANSYS Fluent 14.5. The SRF method is considered. The rotation speed is set to 8000 RPM for a chord-based Reynolds number of 104. The flow is assumed turbulent, subsonic and steady. A detailed exploration of the flow characteristics is presented. Interesting features such as wingtip vortices are discussed.
Certifications
P
Preferred Freelancer Program SLA
Invite sent successfully!
Thanks! We’ve emailed you a link to claim your free credit.
Something went wrong while sending your email. Please try again.