7 - Smoothed Particle Hydrodynamics

[@richard_darwin]

Sounds like an airplane pilot announcement

[@bkboggy]

Excellent explanation -- very easy to follow. Thank you for sharing.

[@1997palacios]

Thank you very much for de explanation!

[@sem-devinc.3445]

thank you, it was very useful

[@Dec1393]

Great presentation! Where can I download the source code for this?

[@jitapriyadas9601]

This is quite informative. Anyone knows about some video lectures just on Smoothed Particle hydrodynamics?

[@ajayreactor]

th-cam.com/video/tAXHCAEgSuE/w-d-xo.html
From the master itself

[@craigbrown3137]

Easy to follow, thanks

[@SarthakDeBME]

26:18 Numerical Algorith

[@mecortinpo]

Really nice presentation!!!
I got a question... how do you compute the mass of the particles? Thanks

[@JiaxingQi]

initially, every particle has the same mass, and the mass does not change over time. Only the density changes according to equation 2.

[@hswn1]

How can I apply SPH approaches on Meandering River ??
Looking for your help and support please.....

[@donghaihoang3076]

What kind of kernel they are using in 23:23?

[@Mwamwa135]

I bumped across the source of this kernel. It comes from Muller et. el. With the name "POLY6", "SPIKY_GRAD", and "VISC_LAP" kernel. matthias-mueller-fischer.ch/publications/sca03.pdf

[@温画婷]

Thanks very much for your infomative presentation! How can we download the code?

[@ashkanrafiee3287]

How can we download the code?

[@hswn1]

Can I apply it by using C++ ?

[@hathim7721]

How can we download the code?