1 DOF Flapping Bird Like Micro Air Vehicle Wing Windtunnel test

Dynamic Mesh with Flapping Frequency =0.178 using Nek5000, 11/25/12

Here is an image of the Bumblebee like MAV called Omnithopter with the final mechanical controls installed and some of the electrical controls.

11/12/12

Poster Presentation for SHPE nationals in Texas.

10/11/12.

2 Wind Tunnel Tests were performed on Thursday 10/11/12.

The video shows the results and experimental setup.

Future work entails putting smoke over the wings while the Micro Air Vehicle bird is flapping to capture vortex shedding off the wings.

Wind Tunnel Experimentation with the Flapping micro air vehicle. Lift and Drag data was collected.

The air speeds were 6 to 12 HZ (15 mph was the max) The angles of attack were -5 to 5 degrees

Dr. Rodriguez notes for forward moving direction FBD and the equations of motion for the vehicle.

The graph here presents the parameters used in Table 4 except for the phi m degrees.

The asu omithopter bumblee like mav desinged by John Burnett

From ANSYS FLUENT 13 Theory Guide:

6DOF ANSYS FLUENT Dynamic Mesh Theory

IN command prompt to go back type:

cd..

TO change directory type:

To see the directory of applications type:

Dir

TO change to a specific directory type

cd (and the name of the directory you want to go to)

The problem “Error code: 193” that you’re seeing is due to the fact that the compiler (Visual Studio 2010 Express) is a 32-bit compiler.

You can get this corrected by downloading/installing the full version of Visual Studio Professional (http://www.microsoft.com/en-us/download/details.aspx?id=16057) as an Evaluation download. Unfortunately, this is a temporary fix since the evaluation lasts for 90 days.

You have some options though; you can see if ASU has licenses for Microsoft Visual Studio through the apps.asu.edu or the computing labs. Another alternative is to compile your UDF on the Saguaro cluster and run there.

Please give this a try and then attempt to compile your UDF again as I showed you on the WebEx:

1. Start – Programs – Microsoft Visual Studio 2010 – Visual Studio Tools – Visual Studio 2010 x64 Win64 Command Prompt.

2. In the Visual Studio 2010 x64 Win64 Command Prompt, type the path the FLUENT launcher executable and then hit “Enter”. The path (assuming you have ANSYS installed on the C drive) is usually C:\Program Files\ANSYS Inc\v140\fluent\ntbin\win64\fluent.exe.

High-Performance Computing

To use ANSYSworkbench or Fluent on Saguaro:

for using workbench on saguaro. I was successful at opening it up and you can open fluent straight from there!

AnsysFluent - Ansys 12.1 Fluent

AnsysWorkbench - Ansys 12.1 Workbench runwb2

I typed use -l (to see all the available programs on Saguaro)

The command says: use ansysworkbench, then I typed runwb2

I used Xforwading with Xming (not hummingbird) on and it did not come up.

Ira A Fulton School of Engineering

How to submit a ticket to get work done:

http://fulton.asu.edu/sr/

Current work with HPC with Saguaro, Super Computer:

HPC website:

http://hpc.asu.edu/

1/10/11

Project Machines Balance

--------- -------- ---------

rodriguez Saguaro 85435.48

to check your current hours: mybalance -h

http://hpc.asu.edu/about/policy/cputime

Current hrs on Saguaro:

12/28/10

First To run a program we need to install our display environment:

xming:

http://www.straightrunning.com/XmingNotes/

The Linux Operating Systems is available for remote access, the STAR CCM+ software installations, to one Linux Operating System.

Starting December 22nd, you will be able to remotely access STAR CCM+ on one machine in G150.

We have installed the STAR CCM+ on hostname: en4067803.dhcp.asu.edu

http://hpc.asu.edu/help

http://hpc.asu.edu/faq

Using Remote Desktop Connection:

en4057070379.dhcp.asu.edu

en4010803

If far away like at home:

you will be unable to remote in from off campus unless you are using the ASU VPN service.

If you wish to download the VPN client you can at sslvpn.asu.edu It should guide you through the installation.

-Charles V Bock

If on linux:

ssh login with X-forwarding:

ssh -X mjthomp3@saguaro.fulton.asu.edu

qsub -X -I -lnodes=1 -lwalltime=00:15:00

use ansysfluent

use ansysworkbench

fluent

to check jobs and job id

qstat -a

to stop jobs:

qdel jobid#

IF on Windows:

get hummingbird exceed

configure SSH with x11 tunneling

and need to configure hummingbird with passive mode (recommended)

qsub -X -I -lnodes=1 -lwalltime=00:15:00

use ansysfluent

use ansysworkbench

fluent

To view a listing of computers on the network:

go to command prompt

type cmd

then net view

Seeing your desktop with a lot of programs running

the quick command is:

windows key + D

Logging into 379:

1)4057068379

2) 4057070379__mines

If logging into ECG 150 computers

first ssh into saguaro with

ssh -X asuriteid@saguaro.fulton.asu.edu

then

ssh -X asuriteid@en4056210.dhcp.asu.edu

should work. you cant login directly into the pc, you must be within the asu network to be able to login. Look at attachment.

We do have Ansys CFD available after hours remotely in the ECG150 High Performance lab. It is available on the Linux OS. After 5:00pm and on weekends, you would be able to ssh into the machines. `ssh -XASURITE@enxxxxxxx.dhcp.asu.edu

` The command is launcher121 Here are the machine names: en4056210.dhcp.asu.edu en4056211.dhcp.asu.edu

We do have Ansys CFD available after hours remotely in the ECG150 High Performance lab.

It is available on the Linux OS. After 5:00pm and on weekends, you would be able to ssh into the machines. `ssh -X ASURITE@enxxxxxxx.dhcp.asu.edu

` The command is launcher121

Here are the machine names:

en4056210.dhcp.asu.edu

en4056211.dhcp.asu.edu

en4067788.dhcp.asu.edu

en4067789.dhcp.asu.edu

en4067790.dhcp.asu.edu

en4067791.dhcp.asu.edu

en4067792.dhcp.asu.edu