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Assuming incompressibility of the fluid, the viscous acceleration simplifies to
$$\frac{d\textbf{v}}{dt} = \frac{\eta}{\rho} \nabla^2 \textbf{v}$$
In Price 2012 the second derivative of a vector …
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fluid simulation
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Start with hardcoded water boxes. Apply buoyancy forces on submerged bodies.
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Implement position-based fluids.
http://mmacklin.com/pbf_sig_preprint.pdf
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I want to couple the SPH and finite element menthods by using DualSPHysics and Chrono.Whether it can be successful or not?What literature can I refer to?
Thanks in advance!
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Implement multiphase fluids including:
* Grid-based two-phase flow
* Both smeared [Song et al. 2005](https://pdfs.semanticscholar.org/7f1a/ba471a2059b3b6f4f57eaac0f7e7deee5ecc.pdf) and GFM [Ho…
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hi! I would like to know please if there is some example or tutorial to simulate rain and wind using Verly.js?
thanks!
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Physics Abstraction Layer (PAL)
The Physics Abstraction Layer (PAL) provides a unified interface to a number of different physics engines. This enables the use of multiple physics engines within one a…
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Does this package allow defining a custom geometry that contains the flow (for example, particles moving through pipes), and if so are there any examples of how to do this? Thanks!
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Hi,
I'm wondering it there any python wrapper for this library?
Also, do you have any reference regarding mathematical model you have used fot surface reconstruction? (specifically the function fo…