Differences

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

--- elements:jet3d [2019/07/19 10:28]
helene created
+++ elements:jet3d [2020/08/25 15:46] (current)
@@ Line 19: / Line 19: @@
 |METHD|Method for the stress matrix \\ 0 → New approach (default value) \\ 1 → Classic approach|
 |ISHEAR| Index to avoid shear locking \\ 0 → Value computed by the program (Default value) \\ 1 → Value fixed to 1.0 (full integration) \\ 2 → Value fixed to 0 (reduced integration) \\ 3 → Value given by the user|
-|$\beta_{12}$|
+|$\beta_{12}$|Coefficients for the control of shear locking \\ = 0 if ISHEAR ≠ 3|
-|$\beta_{12}$|
+|$\beta_{13}$|:::|
+|$\beta_{23}$|:::|
+|IANGL| 0 → Use global axes \\ 1 → Use local axes defined by the angle $\alpha$ - Complete orthotropic case \\ 2  → Use local axes that coincide with intrinsic axes - Normal orthotropic case|
+|ANGLE| = angle between global X axis and rolling direction if IANGL = 1 \\ = 0 else|
+|MLAW| Index for the material constitutive law \\ 0 → Global approach (Default value) \\ 1 → Local approach (can call any law except laws specific to JET3D element)|
 ^Only if INDPP = 1 (4G10.0)^^
 |WSPE(1)| = specific weight in X direction|
 |WSPE(2)| = specific weight in Y direction|
-|WSPE(3)| = density|
+|WSPE(3)| = specific weight in Z direction|
+|WSPE(4)| = density|
+^Definition of the elements (I5/8I5)^^
+|LMATE|Material law|
+|NODES(8)|List of nodes|

Lagamine