Differences

This shows you the differences between two versions of the page.

--- doc:user:elements:contact:laws [2014/11/05 18:34] – [TrescaContactMaterial] wautelet
+++ doc:user:elements:contact:laws [2015/01/26 12:13] – joris
@@ Line 81: / Line 81: @@
 === Description ===
-Tresca's friction law. Friction do not depend on pressure. It is calculated using penalty method with sticking contact, and starts sliding once the tangential stress reaches a threshold entered by the user.
+Tresca's friction law. Friction do not depend on pressure. It is computed using penalty method with sticking contact, and starts sliding once the tangential stress reaches a threshold entered by the user.
 :!: This law requires the use of ''AREAINCONTACT'' = ''AIC_ONCEPERSTEP''
@@ Line 90: / Line 90: @@
 | Penalty along tangential direction                 |   ''PEN_TANGENT''    |        ''TM''        |
 | Depth at which contact is detected                 |    ''PROF_CONT''     |          -           |
-| Static frictional shear factor |  ''TRESCA_STAT_M''   |        ''TM''        |
+| Static frictional shear factor |  ''TRESCA_STA_M''   |        ''TM''        |
 | Dynamic frictional shear factor |  ''TRESCA_DYN_M''   |        ''TM''        |
-| Initial shear yield stress  |  ''TRESCA_K''   |        ''TM''        |
+| Initial shear yield stress  |  ''TRESCA_K''   |        -        |
 | Type of contact                                    |    ''TYPE_CONT''     |          -           |
-The threshold is usually calculated using $m\,\sigma_0\,/\sqrt{3}$ where //m// is Tresca's coefficient of friction  and $\sigma_0$ is the tensile yield stress of the material.
+The threshold is usually computed using $m\,\sigma_0\,/\sqrt{3}$ where //m// is Tresca's coefficient of friction  and $\sigma_0$ is the tensile yield stress of the material.
 ===== TmFrictionlessContactMaterial =====
@@ Line 178: / Line 178: @@
 | Penalty along tangential direction   |   ''PEN_TANGENT''    |        ''TM''        |
 | Depth at which contact is detected   |    ''PROF_CONT''     |          -           |
-| Frictional shear factor |  ''TRESCA_M''   |        ''TM''        |
+| Static frictional shear factor |  ''TRESCA_STA_M''   |        ''TM''        |
-| Initial shear yield stress  |  ''TRESCA_K''   |        ''TM''        |
+| Dynamic frictional shear factor |  ''TRESCA_DYN_M''   |        ''TM''        |
+| Initial shear yield stress  |  ''TRESCA_K''   |        -        |
 | Nominal thermal resistance           |  ''CTM_H_NOMINAL''   |          -           |
 | Exponent                             |  ''CTM_EXPONENT_E''  |          -           |
@@ Line 185: / Line 186: @@
 | Type of contact                      |    ''TYPE_CONT''     |          -           |
-The threshold is usually calculated using $m\,\sigma_0\,/\sqrt{3}$ where //m// is Tresca's coefficient of friction  and $\sigma_0$ is the tensile yield stress of the material.
+The threshold is usually computed using $m\,\sigma_0\,/\sqrt{3}$ where //m// is Tresca's coefficient of friction  and $\sigma_0$ is the tensile yield stress of the material.
 :!: Not tested in 3D :!: