| Excerpt |
|---|
| LaTeX Math Block |
|---|
| anchor | T_cond |
|---|
| alignment | left |
|---|
| T(t, \mathbf{r} |
|
|
...
...
...
not changing over time |
| LaTeX Math Block |
|---|
| anchor | s_const |
|---|
| alignment | left |
|---|
| s_w(t, \mathbf{r}) = s_w(\mathbf{r}),
\quad s_o(t, \mathbf{r}) = s_o(\mathbf{r}),
\quad s_g(t, \mathbf{r}) = s_g(\mathbf{r}) |
|
Reservoir saturation is |
|
...
not chaging over time |
| LaTeX Math Block |
|---|
| anchor | nablaB_const |
|---|
| alignment | left |
|---|
| | \nabla B_o | \sim 0, \quad |\nabla B_g | \sim 0 |
|
No high fluid pressure gradients over reservoir volume |
| LaTeX Math Block |
|---|
| anchor | Pcow_cond |
|---|
| alignment | left |
|---|
| |\nabla P_{cow}(s)| \sim 0, \quad | \nabla P_{cog}(s)| \sim 0 |
|
No high capillary pressure gradients over reservoir volume |
|
See also
...
Multi-phase pressure diffusion @model
...
