39. Coupled rotated beam and acceleration
This test covers beam to solid couplings and acceleration loads considering a beam not aligned with any of the cartesian axes.
Geometry and setup
This test uses geometry 11 square beam rotated.
Load cases
LC1_acceleration_1_0_0: Body acceleration applied on the entire domain (solid + beam) along x
LC2_acceleration_0_1_0: Body acceleration applied on the entire domain (solid + beam) along y
LC3_acceleration_0_0_1: Body acceleration applied on the entire domain (solid + beam) along z
LC4_acceleration_1_0_1: Body acceleration applied on the entire domain (solid + beam) along (1,0,1)
LC5_acceleration_1_1_1: Body acceleration applied on the entire domain (solid + beam) along (1,1,1)
LC6_acceleration_1+1+1: 3 body accelerations applied consecutively on the entire domain along each of the cartesian axes
Test results
Table last updated on July 05, 2024 at 10:09 UTC
Version: 2024.07.05.0957_4f0bd584
test |
case |
scalar |
expected |
output |
delta |
tolerance |
status |
test_path |
|---|---|---|---|---|---|---|---|---|
0039 |
LC1_acceleration_1_0_0 |
reaction_forces > solid.1 > surface_set > fix > RFx (N) |
-1.0000E+03 |
-1.0000E+03 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC1_acceleration_1_0_0 |
reaction_forces > solid.1 > surface_set > fix > RFy (N) |
+0.0000E+00 |
-1.6137E-09 |
0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC1_acceleration_1_0_0 |
reaction_forces > solid.1 > surface_set > fix > RFz (N) |
+0.0000E+00 |
-2.9127E-10 |
0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC1_acceleration_1_0_0 |
reaction_moments > solid.1 > surface_set > fix > RMx (Nm) |
+0.0000E+00 |
-2.1894E-11 |
0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC1_acceleration_1_0_0 |
reaction_moments > solid.1 > surface_set > fix > RMy (Nm) |
-1.4645E+02 |
-1.4645E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC1_acceleration_1_0_0 |
reaction_moments > solid.1 > surface_set > fix > RMz (Nm) |
+8.5355E+02 |
+8.5355E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC2_acceleration_0_1_0 |
reaction_forces > solid.1 > surface_set > fix > RFx (N) |
+0.0000E+00 |
-1.6925E-09 |
0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC2_acceleration_0_1_0 |
reaction_forces > solid.1 > surface_set > fix > RFy (N) |
-1.0000E+03 |
-1.0000E+03 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC2_acceleration_0_1_0 |
reaction_forces > solid.1 > surface_set > fix > RFz (N) |
+0.0000E+00 |
-4.7685E-10 |
0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC2_acceleration_0_1_0 |
reaction_moments > solid.1 > surface_set > fix > RMx (Nm) |
+1.4645E+02 |
+1.4645E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC2_acceleration_0_1_0 |
reaction_moments > solid.1 > surface_set > fix > RMy (Nm) |
+0.0000E+00 |
+3.5971E-12 |
-0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC2_acceleration_0_1_0 |
reaction_moments > solid.1 > surface_set > fix > RMz (Nm) |
-5.0000E+02 |
-5.0000E+02 |
-0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC3_acceleration_0_0_1 |
reaction_forces > solid.1 > surface_set > fix > RFx (N) |
+0.0000E+00 |
-2.9905E-10 |
0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC3_acceleration_0_0_1 |
reaction_forces > solid.1 > surface_set > fix > RFy (N) |
+0.0000E+00 |
-4.6425E-10 |
0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC3_acceleration_0_0_1 |
reaction_forces > solid.1 > surface_set > fix > RFz (N) |
-1.0000E+03 |
-1.0000E+03 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC3_acceleration_0_0_1 |
reaction_moments > solid.1 > surface_set > fix > RMx (Nm) |
-8.5355E+02 |
-8.5355E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC3_acceleration_0_0_1 |
reaction_moments > solid.1 > surface_set > fix > RMy (Nm) |
+5.0000E+02 |
+5.0000E+02 |
-0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC3_acceleration_0_0_1 |
reaction_moments > solid.1 > surface_set > fix > RMz (Nm) |
+0.0000E+00 |
+1.8717E-11 |
-0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC4_acceleration_1_0_1 |
reaction_forces > solid.1 > surface_set > fix > RFx (N) |
-1.0000E+03 |
-1.0000E+03 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC4_acceleration_1_0_1 |
reaction_forces > solid.1 > surface_set > fix > RFy (N) |
+0.0000E+00 |
-2.0777E-09 |
0.00 |
0.10 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC4_acceleration_1_0_1 |
reaction_forces > solid.1 > surface_set > fix > RFz (N) |
-1.0000E+03 |
-1.0000E+03 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC4_acceleration_1_0_1 |
reaction_moments > solid.1 > surface_set > fix > RMx (Nm) |
-8.5355E+02 |
-8.5355E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC4_acceleration_1_0_1 |
reaction_moments > solid.1 > surface_set > fix > RMy (Nm) |
+3.5355E+02 |
+3.5355E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC4_acceleration_1_0_1 |
reaction_moments > solid.1 > surface_set > fix > RMz (Nm) |
+8.5355E+02 |
+8.5355E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC5_acceleration_1_1_1 |
reaction_forces > solid.1 > surface_set > fix > RFx (N) |
-1.0000E+03 |
-1.0000E+03 |
-0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC5_acceleration_1_1_1 |
reaction_forces > solid.1 > surface_set > fix > RFy (N) |
-1.0000E+03 |
-1.0000E+03 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC5_acceleration_1_1_1 |
reaction_forces > solid.1 > surface_set > fix > RFz (N) |
-1.0000E+03 |
-1.0000E+03 |
-0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC5_acceleration_1_1_1 |
reaction_moments > solid.1 > surface_set > fix > RMx (Nm) |
-7.0711E+02 |
-7.0711E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC5_acceleration_1_1_1 |
reaction_moments > solid.1 > surface_set > fix > RMy (Nm) |
+3.5355E+02 |
+3.5355E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC5_acceleration_1_1_1 |
reaction_moments > solid.1 > surface_set > fix > RMz (Nm) |
+3.5355E+02 |
+3.5355E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC6_acceleration_1+1+1 |
reaction_forces > solid.1 > surface_set > fix > RFx (N) |
-1.0000E+03 |
-1.0000E+03 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC6_acceleration_1+1+1 |
reaction_forces > solid.1 > surface_set > fix > RFy (N) |
-1.0000E+03 |
-1.0000E+03 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC6_acceleration_1+1+1 |
reaction_forces > solid.1 > surface_set > fix > RFz (N) |
-1.0000E+03 |
-1.0000E+03 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC6_acceleration_1+1+1 |
reaction_moments > solid.1 > surface_set > fix > RMx (Nm) |
-7.0711E+02 |
-7.0711E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC6_acceleration_1+1+1 |
reaction_moments > solid.1 > surface_set > fix > RMy (Nm) |
+3.5355E+02 |
+3.5355E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |
0039 |
LC6_acceleration_1+1+1 |
reaction_moments > solid.1 > surface_set > fix > RMz (Nm) |
+3.5355E+02 |
+3.5355E+02 |
0.0% |
0.01 |
✓ pass |
0039_geometry-0011_coupled-beam-rotated-acceleration |