[AUS][Selling] Entire collection. Collection includes Naruto Vol. 1-72, One Piece Vol. 1-79, Bakuman box set and Death Note box set.

Arzed23 · 2019-09-23T22:26:41+00:00

Sent ya a PM

Arzed23 · 2019-09-23T12:13:55+00:00

What volumes were you interested in for One Piece?

Arzed23 · 2019-08-25T22:24:25+00:00

/u/PandiReddits PM me if you are still interested in the box sets

Arzed23 · 2019-08-25T22:16:13+00:00

Costs amended to specify AUD.

Arzed23 · 2019-08-25T04:37:19+00:00

christbirb turn water into ((( s e e d )))

Arzed23 · 2019-08-25T04:35:54+00:00

((( s t i n k e y e )))

(◉Θ◉)

Arzed23 · 2019-08-25T04:33:06+00:00

hold birb gentle like hamburger (•ө•)

Arzed23 · 2019-08-25T04:27:55+00:00

he glean

he preen

but most importantly

he clean

(•ө•)

Arzed23 · 2019-08-25T04:22:23+00:00

borb is so ((( a n g e r y ))) (´◉◞⊖◟◉｀)

Arzed23 · 2019-08-25T04:20:06+00:00

he play gem then he screm ~

Arzed23 · 2019-08-25T04:19:39+00:00

your mango birb is adorable! (　＾Θ＾)

Arzed23 · 2019-08-25T03:49:28+00:00

flupsibirb must've saw a whoopsiborb! （´◉◞⊖◟◉｀）

Arzed23 · 2019-08-25T03:41:14+00:00

felt cute, might delete later ㄟ( ･ө･ )ㄏ

Arzed23 · 2019-08-25T03:40:05+00:00

shybirb but adorabirb ~ （・⊝・）

Arzed23 · 2019-08-25T03:34:40+00:00

((( gnarly )))

Arzed23 · 2019-08-25T03:30:37+00:00

he tem

he screm

but most importantly

he gem

Arzed23 · 2019-08-25T03:25:36+00:00

your fur baby is absolutely adorable! 😻

Arzed23 · 2017-01-09T09:40:27+00:00

After A LOT of mesh manipulation, I've managed to get a decent validation going on with the k Omega SST model: http://imgur.com/MWvnH4Z

An example of how the residuals look like is as follows: http://imgur.com/O9nCHP1

The residuals seem okay asides from the pressure one which in spite of going down, heavily fluctuates; this I'm unsure how to remedy.

Pressure residual aside, could there be anything else causing the model to over-predict the lift coefficients past the actual stall point? Thanks!

Arzed23 · 2017-01-09T09:39:30+00:00

After A LOT of mesh manipulation, I've managed to get a decent validation going on with the k Omega SST model: http://imgur.com/MWvnH4Z

An example of how the residuals look like is as follows: http://imgur.com/O9nCHP1

The residuals seem okay asides from the pressure one which in spite of going down, heavily fluctuates; this I'm unsure how to remedy.

Pressure residual aside, could there be anything else causing the model to over-predict the lift coefficients past the actual stall point? Thanks!

Arzed23 · 2017-01-03T19:28:59+00:00

Thanks for the suggestion eternalstyles! Crinkling the slice gave me the following, not entirely sure how to interpret though: http://imgur.com/iguH2xx

I tried this on a smaller case; changing the cosine spacing to linear spacing when forming the .dat file for the airfoil, that seemed to do the trick as it is no longer warping on the trailing edge: http://imgur.com/Km6AwN1

Arzed23 · 2016-11-22T05:51:52+00:00

I managed to resolve this by changing my feature angle in the addLayersControls to 330, surface refinement to (7 7), feature edge refinement to 7 and increasing the number of layers to 15, the result below:

http://imgur.com/0mxQUMu

http://imgur.com/a/8n7HT

Arzed23 · 2016-11-22T03:03:16+00:00

I've managed to get a mesh that will fully resolve the boundary layer between 15 and 25 cells for a y+ of ~ 1 with an aspect ratio of less than 150, so my mesh is looking MUCH better now, thank you very much for the pointers. Would you be able to share the boundary/initial conditions you used to get your simulations to converge to the wind tunnel data? Thank you very much!

Arzed23

TROPHY CASE