This is something I did for my fluid mechanics final project on ANSYS Fluent 14. So the idea was to understand the flow behavior in an aerosol sampling probe from a larger source medium. The normal to the inlet of the probe and the direction of flow in primary sampling zone affects the sampling alot. I finally used "Tracers" to determine how the tiny aerosol particles will respond to the change in flow.
Showing posts with label Ansys. Show all posts
Showing posts with label Ansys. Show all posts
Saturday, January 24, 2015
Sunday, March 31, 2013
Explicit Dynamics -ANSYS- Impact Attenuator Crash Simulation
Its been quite some time since my last post. But nevertheless, I have got something amazing to share in this post.
I have recently been working on my final year engineering project which involves designing an Impact Attenuator for passenger vehicles. As it is my final year project worth 6 credits, the work needed to be convincing.
So, I got to know about ANSYS analysis software for obtaining worthwhile results for my project and thus began the most arduous month of my life with 3-4 hours of calculations running on the PC, frequent hair pulling and consumption of head ache pills.
But finally, after 28 days of torture got the desired result.
So here, I have shared some pics of the analysis and a link to the video on youtube. Enjoy!
P.S. Leave a comment for any queries.
I have recently been working on my final year engineering project which involves designing an Impact Attenuator for passenger vehicles. As it is my final year project worth 6 credits, the work needed to be convincing.
So, I got to know about ANSYS analysis software for obtaining worthwhile results for my project and thus began the most arduous month of my life with 3-4 hours of calculations running on the PC, frequent hair pulling and consumption of head ache pills.
But finally, after 28 days of torture got the desired result.
So here, I have shared some pics of the analysis and a link to the video on youtube. Enjoy!
P.S. Leave a comment for any queries.
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| Basic Setup - Front View |
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| Basic Setup - Isometric View |
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| Deformation 1 - Front View |
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| Deformation 1 - Isometric View |
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| Deformation 2 - Front View |
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| Deformation 2 - Isometric View |
Labels:
Ansys,
Attenuator,
avk,
cad,
car,
design,
dynamics,
explicit,
formula,
Impact,
passenger,
sae,
Simulation,
vehicle
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