The goals of the conference are to provide a forum for the 
development of experimental and computational methods and
tools, to foster cross-fertilization among differ
tools, to foster cross-fertilization among different fields 
of application, and most notably to enable communication 
between the scientists and researchers who build the theory 
and applicants who use it in fluid dynamics. The conference 
program will consist of presentations on subjects ranging 
from basic science reach to solid applications.
The conference congregates are expected to be over 300 
delegates from all over the world mostly scientists, 
educators, consultants, designers, managers, manufacturers 
and graduate students who will benefit from discussing the 
latest development in the field.

Undergraduate Student Forum:
This forum is organized to give undergraduate students the 
opportunity to improve their scientific qualifications, 
sharpen their presentation skills, and compete for best 
winner prizes. Both oral and poster sessions will be 
devoted to the researches of undergraduate students. Also, 
students will have the opportunity to show small-size 
models of their researches. Prizes and certificates will be 
given for the best three presentations/ posters based on an 
open ballot of conference participants.

Scientific Ballots and Prizes:
The conference will organize open ballots of conference 
participants to choose the best three papers. Certificates 
and prizes will be offered to the winners.

Conference Topics:
The conference covers, but not limited to, the following topics:
1- Aeroacou
topics:
1- Aeroacoustics.
2- Aero-elasticity Applications.
3- Air Conditioning Applications.
4- Applied Aerodynamics.
5- Computational Fluid Dynamics.
6- Flow combustion.
7- Environmental Aspects.
8- Experimental Fluid Dynamics.
9- Flow Control and Diagnostics.
10- Flow-Induced Vibration.
11- Flow Visualization.
12- Fluid Mechanics Applications in Bioengineering.
13- Heat Transfer and Fluid Mechanics.
14- High-Speed Flow.
15- Mechatronics Applications.
16- MEMS and Microfluidics Applications.
17- Multiphase and Reacting Flows.
18- Multidisciplinary Design and Optimization.
19- Nano Applications.
19- New and Renewable Energy.
20- Propulsion.
21- Turbomachinery.