PROBLEM FORMULATION:
Considering the region [itex] \Omega [/itex] bounded as a square box within [itex] x \in [0,1], y \in [0,1] [/itex]. We wish to solve the 2D, stationary, advection-diffusion equation,
[itex]
0 = D\nabla^2 \rho(x,y) + \vec{V} \cdot \nabla \rho(x,y)
[/itex]
where...
2D Stationary advection-diffusion eq. as a BVP
2D Stationary advection-diffusion eq. as a BVP
Considering the region [itex] \Omega [/itex] bounded as a square box within [itex] x \in [0,1], y \in [0,1] [/itex]. We wish to solve the 2D, stationary, advection-diffusion equation,
[itex]
0 = D\nabla^2 \rho(x,y) + \vec{V} \cdot \nabla \rho(x,y)
[/itex]
where...
2D Stationary advection-diffusion eq. as a BVP
2D Stationary advection-diffusion eq. as a BVP
0 commentaires:
Enregistrer un commentaire