- Jun 25, 2020
-
-
wenqing authored
-
- Jun 23, 2020
-
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
Lars Bilke authored
-
-
- Jun 15, 2020
-
-
Dmitri Naumov authored
Observable through the dry density solid and dry density pellet. Effect is visible for mechanical compression and desaturation.
-
Previous version negates the exponent factor m internally, which is not obvious.
-
- Jun 10, 2020
-
-
- Jun 05, 2020
-
-
Lars Bilke authored
-
- Jun 03, 2020
-
-
Karsten Rink authored
-
- Jun 02, 2020
-
-
Dmitri Naumov authored
-
- Jun 01, 2020
-
-
Dmitri Naumov authored
And replace AddTest calls to OgsTest in cmake.
-
Dmitri Naumov authored
Move test's definition into the project file.
-
-
- May 27, 2020
-
-
Dmitri Naumov authored
Calculate Biot coefficient, such that solid compressibility stays the same as before. Now alpha = 1 - K_S/K_SR.
-
Dmitri Naumov authored
Calculate Biot coefficient, such that solid compressibility stays the same as before. Now alpha = 1 - K_S/K_SR.
-
Dmitri Naumov authored
Calculate Biot coefficient, such that solid compressibility stays the same as before. Now alpha = 1 - K_S/K_SR.
-
Dmitri Naumov authored
Calculate new E such that it corresponds to the previous value of K_SR. E = K_SR * 3*(1-2*nu). This changes the displacement and epsilon, but not the stresses and pressure-related quantities.
-
Dmitri Naumov authored
Calculate new E such that it corresponds to the previous value of K_SR. E = K_SR * 3*(1-2*nu). This changes the displacement and epsilon, but not the stresses and pressure-related quantities.
-
Tom Fischer authored
-
Tom Fischer authored
-
Tom Fischer authored
-
Tom Fischer authored
-
Tom Fischer authored
-
Tom Fischer authored
-
Tom Fischer authored
-
Tom Fischer authored
-
Tom Fischer authored
-
Tom Fischer authored
-
Tom Fischer authored
-