From: Vasileios V. <va...@gm...> - 2017-10-16 11:18:56
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Thanks John for the message. I am aware of your contribution in that end, however, I was wondering if there was any progress with that class to any other physics problem. However, I would appreciate sharing your code, which (after reviewing to understand more about the class and its implementation) I would like to use in both developing the code for my problem and, also, preparing a simple example code in elastostatics (a network of trusses maybe?). cheers, Vasileios > On 13 Oct 2017, at 19:08, John Peterson <jwp...@gm...> wrote: > > > > On Fri, Oct 13, 2017 at 12:57 AM, Vasileios Vavourakis <va...@gm... <mailto:va...@gm...>> wrote: > Dear all, > > I was wondering if anyone has available to share with the users-list an > example that utilises the *libMesh::ContinuationSystem* class. > > I aim developing a code in 3D elastostatics of a fibre-reinforced inelastic > material (that undergoes large deformations). > As such, it occurs to me that the arc-length method is a viable solution, > since it may overcome some of the limitations inherent to the conventional > Newton-Raphson method. > > Look forward to hearing your thoughts and testing your example codes (: > > This was a class I used in some work for my dissertation. I do still have some code laying around from that which I can send you, but it has not been maintained over the years... I should really add a libmesh example that demonstrates its use as well, but I'm not sure when I would have time to do it. > > -- > John |