55. Wing with acceleration

This test covers acceleration loads applied to a wing model.

Geometry and setup

This test uses geometry 20 wing aligned with y.

Load cases

  • LC1_acceleration_1_0_0: Body acceleration applied on the entire domain along x

  • LC2_acceleration_0_1_0: Body acceleration applied on the entire domain along y

  • LC3_acceleration_0_0_1: Body acceleration applied on the entire domain along z

  • LC4_acceleration_1_0_1: Body acceleration applied on the entire domain along (1,0,1)

  • LC5_acceleration_1_1_1: Body acceleration applied on the entire domain 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 September 10, 2025 at 13:44 UTC

Version: 2025.09.10.1323_fcc273e8

Table 56 Test results

test

case

scalar

expected

output

delta

tolerance

status

test_path

0055

LC1_acceleration_1_0_0

reaction_forces > solid.1 > surface_set > fix > RFx (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC1_acceleration_1_0_0

reaction_forces > solid.1 > surface_set > fix > RFy (N)

+0.0000E+00

+4.1773E-08

-0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC1_acceleration_1_0_0

reaction_forces > solid.1 > surface_set > fix > RFz (N)

+0.0000E+00

-6.2339E-08

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC1_acceleration_1_0_0

reaction_moments > solid.1 > surface_set > fix > RMx (Nm)

+0.0000E+00

-7.5884E-08

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC1_acceleration_1_0_0

reaction_moments > solid.1 > surface_set > fix > RMy (Nm)

+0.0000E+00

-1.9463E-04

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC1_acceleration_1_0_0

reaction_moments > solid.1 > surface_set > fix > RMz (Nm)

+5.0020E+02

+5.0766E+02

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC2_acceleration_0_1_0

reaction_forces > solid.1 > surface_set > fix > RFx (N)

+0.0000E+00

-1.7803E-11

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC2_acceleration_0_1_0

reaction_forces > solid.1 > surface_set > fix > RFy (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC2_acceleration_0_1_0

reaction_forces > solid.1 > surface_set > fix > RFz (N)

+0.0000E+00

-9.7831E-10

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC2_acceleration_0_1_0

reaction_moments > solid.1 > surface_set > fix > RMx (Nm)

+0.0000E+00

+1.9463E-04

-0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC2_acceleration_0_1_0

reaction_moments > solid.1 > surface_set > fix > RMy (Nm)

+0.0000E+00

-2.2376E-11

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC2_acceleration_0_1_0

reaction_moments > solid.1 > surface_set > fix > RMz (Nm)

+0.0000E+00

-4.5398E-03

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC3_acceleration_0_0_1

reaction_forces > solid.1 > surface_set > fix > RFx (N)

+0.0000E+00

-8.1017E-07

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC3_acceleration_0_0_1

reaction_forces > solid.1 > surface_set > fix > RFy (N)

+0.0000E+00

-3.9318E-06

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC3_acceleration_0_0_1

reaction_forces > solid.1 > surface_set > fix > RFz (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC3_acceleration_0_0_1

reaction_moments > solid.1 > surface_set > fix > RMx (Nm)

-5.0020E+02

-5.0766E+02

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC3_acceleration_0_0_1

reaction_moments > solid.1 > surface_set > fix > RMy (Nm)

+0.0000E+00

+4.5397E-03

-0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC3_acceleration_0_0_1

reaction_moments > solid.1 > surface_set > fix > RMz (Nm)

+0.0000E+00

+1.2182E-06

-0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC4_acceleration_1_0_1

reaction_forces > solid.1 > surface_set > fix > RFx (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC4_acceleration_1_0_1

reaction_forces > solid.1 > surface_set > fix > RFy (N)

+0.0000E+00

-3.8901E-06

0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC4_acceleration_1_0_1

reaction_forces > solid.1 > surface_set > fix > RFz (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC4_acceleration_1_0_1

reaction_moments > solid.1 > surface_set > fix > RMx (Nm)

-5.0020E+02

-5.0766E+02

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC4_acceleration_1_0_1

reaction_moments > solid.1 > surface_set > fix > RMy (Nm)

+0.0000E+00

+4.3451E-03

-0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC4_acceleration_1_0_1

reaction_moments > solid.1 > surface_set > fix > RMz (Nm)

+5.0020E+02

+5.0766E+02

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC5_acceleration_1_1_1

reaction_forces > solid.1 > surface_set > fix > RFx (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC5_acceleration_1_1_1

reaction_forces > solid.1 > surface_set > fix > RFy (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC5_acceleration_1_1_1

reaction_forces > solid.1 > surface_set > fix > RFz (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC5_acceleration_1_1_1

reaction_moments > solid.1 > surface_set > fix > RMx (Nm)

-5.0020E+02

-5.0766E+02

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC5_acceleration_1_1_1

reaction_moments > solid.1 > surface_set > fix > RMy (Nm)

+0.0000E+00

+4.3451E-03

-0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC5_acceleration_1_1_1

reaction_moments > solid.1 > surface_set > fix > RMz (Nm)

+5.0019E+02

+5.0766E+02

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC6_acceleration_1+1+1

reaction_forces > solid.1 > surface_set > fix > RFx (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC6_acceleration_1+1+1

reaction_forces > solid.1 > surface_set > fix > RFy (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC6_acceleration_1+1+1

reaction_forces > solid.1 > surface_set > fix > RFz (N)

-1.0004E+03

-1.0154E+03

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC6_acceleration_1+1+1

reaction_moments > solid.1 > surface_set > fix > RMx (Nm)

-5.0020E+02

-5.0766E+02

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC6_acceleration_1+1+1

reaction_moments > solid.1 > surface_set > fix > RMy (Nm)

+0.0000E+00

+4.3451E-03

-0.00

0.10

✓ pass

0055_geometry-0020_aligned-wing-acceleration

0055

LC6_acceleration_1+1+1

reaction_moments > solid.1 > surface_set > fix > RMz (Nm)

+5.0019E+02

+5.0766E+02

1.5%

0.02

✓ pass

0055_geometry-0020_aligned-wing-acceleration