1 to 10 of 82 Results
Python Source Code - 44.4 KB -
MD5: 0402caab3ebce847f2a080174470e1e9
Abaqus parametric finite element model of the column-to-column connection. |
Unknown - 635.1 MB -
MD5: d82a758f76cf67edd1bddce8ca93431d
Results from the FE model for the initial case. The format corresponds to the ASCII-format from Abaqus. The results correspond to a total load of 1kN. |
Unknown - 635.1 MB -
MD5: 4efaf26899295d2f34eaa629ca0dfda2
Results from the FE model for the additional case, where a uniformly distributed load is applied on top of the free surface of the column element. The format corresponds to the ASCII-format from Abaqus. The results correspond to a total load of 1kN. |
Python Source Code - 3.8 KB -
MD5: c9ac0eaf65eeae0930b78e9f8ff25692
Python file to test the analytical model. |
Python Source Code - 16.9 KB -
MD5: 77b4382cdb0df2c64d31db449b967bc9
Python file defining the analytical model for the connections. |
Python Source Code - 17.7 KB -
MD5: a05b3b4d700f6222820e70e6c33a6b5f
Python file used to generate the figure comparing the FE with the analytical results |
Python Source Code - 643 B -
MD5: b2a3cf5c7ea06198deb3194faac639bb
Common components needed for the definition of the finite element model of the connection. |
Tabular Data - 217.0 KB - 22 Variables, 634 Observations - UNF:6:tKsRIUxxvrXkzFzBuWT8KQ==
Experimental data for the axial compression test of specimen
P2. Load is given in Newton (N), displacements in millimeter (mm) and strains
are adimensional. Position of strains and LVDT's can be taken from the paper, as
well as the testing configuration.
|
Tabular Data - 139.9 KB - 22 Variables, 403 Observations - UNF:6:ccpcwClBocRkycD7F17jBg==
Experimental data for the axial compression test of specimen
P3_01. Load is given in Newton (N), displacements in millimeter (mm) and strains
are adimensional. Position of strains and LVDT's can be taken from the paper, as
well as the testing configuration.
|
Tabular Data - 113.4 KB - 22 Variables, 326 Observations - UNF:6:5j0SW4iJH1pD0UCdBlPN5Q==
Experimental data for the axial compression test of specimen
P3_02. Load is given in Newton (N), displacements in millimeter (mm) and strains
are adimensional. Position of strains and LVDT's can be taken from the paper, as
well as the testing configuration.
|