Fenics Project -- 2
Budget: $250 – $750 USD
Basically it’s about what’s the impact of mechanical stresses on Li-ion battery performance.
We need to have a simple coupled electro chemo mechanical model and we should select solid polymer electrolytes and we need to apply the effect of the coupling (we have related topic in the book I have mentioned) on the performance of the battery .
The model has to be solved by using consequtive equations of mechanics of solids(it’s in book ) and then we need to numerical solution for it (weak formulation and mix functional space to solve FEM)and analytical solution of coupler battery .
We have to consider coupled effect in this .
In fenics we have an example of thermoelasticity fully coupled and this problem we have to solve is thermo electro chemical fully coupled .
We need to have a simple coupled electro chemo mechanical model and we should select solid polymer electrolytes and we need to apply the effect of the coupling (we have related topic in the book I have mentioned) on the performance of the battery .
The model has to be solved by using consequtive equations of mechanics of solids(it’s in book ) and then we need to numerical solution for it (weak formulation and mix functional space to solve FEM)and analytical solution of coupler battery .
We have to consider coupled effect in this .
In fenics we have an example of thermoelasticity fully coupled and this problem we have to solve is thermo electro chemical fully coupled .
Related categories:
Engineering
Matlab and Mathematica
Mechanical Engineering
Chemical Engineering
Physics