Do you have a video or a source which defines how the gradient is computed? For example at 18:35, it says grad(W_ij) - but what is then the mathematical expression for this term?
hi, Austine, here is link for a bit older version in which installing gtest is not included but you can find it from some other place . th-cam.com/video/Mob04sLLj20/w-d-xo.html
Very usefull and clear lecture
Thanks for that nice presentation
What sort of integrator do you use for Sphinxsys? Does the analogy with MD extend to the success of the Velocity-Verlet style of integration?
Very nice and clear lecture.
@20:52 integration by parts is done correctly for sure? Integral(udv) = uv - Integral(vdu)
Hi sir, what type of constraint fluid to use in sph?
Do you have a video or a source which defines how the gradient is computed?
For example at 18:35, it says grad(W_ij) - but what is then the mathematical expression for this term?
It is simply the value of gradient of the kernel function at i with r = r_ij.
commmmeinring to get more suggestiond ===
Very nice lecture.how can one compute the kernel function ?
Thanks. Please check the open-source code SPHinXsys (github.com/Xiangyu-Hu/SPHinXsys/tree/master/SPHINXsys/src/shared/kernels) for details.
Could you please make a video on how to install SPHinXsys on Windows?
hi, Austine, here is link for a bit older version in which installing gtest is not included but you can find it from some other place . th-cam.com/video/Mob04sLLj20/w-d-xo.html
good content, keep it up