Fall 2021/22 Semester
Attention to AE433 Students who did not discuss with me their final presentation subject either face-to-face in class or via email. Send me your suggestion via email till the end of Monday, Jan 3rd.
AE433-Term_Project_Report_Format-assesment_criteria_suggested_report_format
HW3 Additional file: pressure distributions
HW1 Additional files:1) axialvelocityAFD-laminar-pipe.xy 2) axialvelocityEFD-turbulent-pipe.xy 3) pressure-EFD-turbulent-pipe.xy
Chapter 0: CFD_2021-22_Emre_Kara_Lecture_0 (Updated)
Some impressive simulations from Youtube
- Supercomputer Simulation of NASA’s Orion Launch Abort Vehicle
https://www.youtube.com/watch?time_continue=1&v=vFgxdD7_LPs&feature=emb_logo - Aircraft landing gear air flow supercomputer simulation – NASA Ames Research Center
https://www.youtube.com/watch?v=-D5N_OnZ_Tg - Turbulent Boundary Layer (DNS)
https://www.youtube.com/watch?v=Wr984EOmNaY - DNS Re=400000 NACA4412
https://www.youtube.com/watch?v=aR-hehP1pTk - Exploring Drone Aerodynamics With Computers
https://www.youtube.com/watch?v=hywBEaGiO4k - Toward Urban Air Mobility: Air Taxis with Side-By-Side Rotors
https://www.youtube.com/watch?v=eA3SJIzWADQ - A computational laboratory for the study of transitional and turbulent boundary layers
https://www.youtube.com/watch?v=wXsl4eyupUY - Turning on a Dime – Asymmetric Vortex Formation in Hummingbird Maneuvering Flight
https://www.youtube.com/watch?v=PCj-82oYgUs
Supplementary Videos
“Flow in a pipe” example:
“Flow over a flat plate” example:
“Flow over an airfoil” example (airfoil):
How to install Ansys Student 2021 R2 on your PC
- To install the student version of Ansys 2021 R2, you must first download it by visiting http://www.ansys.com/products/academic/ansys-student
- Scroll down and click on “ANSYS Student”
- After clicking ANSYS student, a downloadable version of ANSYS STUDENT 2021 R2 should appear below. Click the download button. The download may take a while, and will appear as a .zip file.
- Right-click on setup.exe and select Run as Administrator. (This will run setup.exe from the extracted files.)
- Read and accept the clickwrap to continue.
- Read and accept the license agreement, select “next”
- Click the “next” button to accept the default installation and wait for the program to install.
- Select “Exit” to complete the installation. The ANSYS Student software is now installed.
- Reboot your machine and then run the ANSYS Student product from your Start menu by selecting Workbench. Some quick tutorials will be shared here after first in-class lecture.
Our faculty has two licenses to use:
1. Undergraduate (ANSYS Fluent 17.0): Students can use it in the COMLAB.
2. Graduate (AVL Fire and Fire M – 5 students limited – 3 students left): Graduate student can contact me about the information.
We will use ANSYS Fluent Student edition in AE433 class and if possible (on-site lectures) ANSYS Fluent 17.0 in COMLAB. If graduate students select a CFD-based study, then they can use AVL Fire & Fire M.
Spring 2019/20 Semester
There will be two reports till the end of the semester and 1 presentation for each student. All will be equally weighted to determine 30% of the total grade (10% Report-1, 10% Report-2, 10% Presentation). 1st report (to be submitted till May 6th end of the day) details are given in https://uzemgiris.gantep.edu.tr/course/view.php?id=9177
Project list:
| Student Name | Project No | |
Kişisel Verilerin Korunması Kanunu dolayısıyla silinmiştir. |
||
Please download and install Ansys Student Edition before distance education lecture on April 2nd.
You can download “ANSYS Student” from HERE
Synchronized lectures are NOW ready, FIRST LECTURE will be given LIVE starting ON 26.03.2020 BETWEEN 15:00-16:00 from where we have stopped. You can find this week’s lecture notes here. REST OF THE LECTURE IS ALSO PLANNED TO BE LIVE. THUS, FOLLOW THE SCHEDULE.
You can follow me on twitter @dremrekara for announcements
Chapter-0: CFD_2019-20_Emre_Kara_Lecture_0-new
Fall 2018/19 Semester
AE433 Computational Fluid Dynamics (Fall 18/19) make-up exam( for the students who missed the MT2 with a formal excuse) will be held on December 26th WEDNESDAY at 16:00 in COM-LAB
AE433-Term_Project_Report_Presentation_Schedule
AE433-Term_Project_Report_Format
You can check AE433 exam papers on Dec, 14th Friday between 14:00-14:30.
HW2 (Due to Dec 14th, 2018): Finish all three steps (from 4 to 6) related to HW1 given below:
CFD_2018-19_Emre_Kara_Lecture_9
Source file: mixingelbow
HW1 (Due to Dec 7th, 2018): Finish all three steps given below:
AE 433 Computational Fluid Dynamics first lecture slides and syllabus: CFD_2018-19_Emre_Kara_Lecture_0
Free software to students (ANSYS Student Edition):
Problem Size Limits are:
Structural Physics: 32K nodes/elements
Fluid physics: 512K cells/nodes
Electromagnetics: N/A
You can download “ANSYS Student” from HERE