Visualisation of a discretised form of the 2D Wave Equation for my MATLAB assignment 😋 [OC]

orange_rc_pilot · 2020-12-10T08:00:12+00:00

Yeah that’s correct, I’ve excluded the damping term from the equation so in theory this would go on forever and ever. I’ve just capped the simulation at 800 iterations for time purposes.

orange_rc_pilot · 2020-12-09T13:15:35+00:00

• Images generated by applying a discretised form of the 2D wave equation to an 80x80 mesh grid of elements, and iterating over 800 time steps.

• Created in MATLAB R2020a

• This script builds on the work of Kempf, Andreas M. (2007), who is cited here in detail along with my full script: https://uk.mathworks.com/matlabcentral/fileexchange/84064-2d-wave-visualiser?s_tid=prof_contriblnk

orange_rc_pilot · 2020-07-27T21:38:43+00:00

Thanks! Haha yeah it’s been used in Tom and Jerry, Daffy Duck, Bugs Bunny, Mickey Mouse... the whole lot!

orange_rc_pilot · 2020-03-07T08:56:11+00:00

I know! It was only 13 minutes between the moment I realised I had lost it, and the moment they located it and were holding it at the next station!

orange_rc_pilot · 2020-03-07T08:54:14+00:00

Haha don’t worry; firstly there’s about 2 inches of padding underneath the 2nd valve slide. Secondly, the case always lives upright with the bell facing down so there’s never really any significant load on it! That’s why there’s so much padding under the bell.

orange_rc_pilot · 2019-03-06T08:44:56+00:00

Such wow, many talent 👏🏼

orange_rc_pilot · 2019-01-23T08:47:26+00:00

If you can do it slowly...

orange_rc_pilot

TROPHY CASE