Introduction to Lagrangian Solvers
I have been looking at the icoLagrangianFoam example solver on 1.6-ext, which implements the KinematicCloud.C/H code. However, browsing through the Lagrangian source code folder I have become quite confused :o There is quite a variety of Lagrangian codes and I find it difficult to distinguish between them and know which one will be the best starting point for my problem.
I require a incompressible Euler-Lagrange solver, with two-way coupling between the particles & fluid, where I want to modify the source contribution. I only require a very small number of particles and code that is easy to follow will also be a bonus.
Ok, all the following seems as if it could be applicable:
Intermediate: KinematicCloud, KinematicParcel
Basic: Cloud, Particle
Firstly, what is difference here between a Cloud and a Parcel?
Secondly, what code do you think will best suite my needs? I am thinking just building on the Particle.H/C code might be a good option.
Also, any detailed descriptions of these codes will be very much appreciated. (I have worked through the Tutorial by Aurelia Valllier).
Thank you very much :)
|All times are GMT -4. The time now is 01:36.|