Products: Abaqus/Standard Abaqus/Explicit
*ELASTIC, TYPE=ORTHOTROPIC; C3D8 elements.
*ELASTIC, TYPE=ORTHOTROPIC; CPS4 elements.
*ELASTIC, TYPE=ENGINEERING CONSTANTS; CPE4 elements.
Hydrostatic compression, CAX8R elements.
Linear perturbation steps containing *LOAD CASE, hydrostatic compression, CAX8R elements.
Incompressible, uniaxial tension, C3D8RH elements.
Incompressible, biaxial tension, C3D8RH elements.
Incompressible, planar tension, C3D8RH elements.
Incompressible, uniaxial tension with static linear perturbation steps containing *LOAD CASE, C3D8RH elements.
Incompressible, temperature-dependent, uniaxial tension, C3D8RH elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, CPS4R elements.
Incompressible, biaxial tension, CPS4R elements.
Incompressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, CPS4R elements.
Compressible, biaxial tension, CPS4R elements.
Compressible, planar tension, CPS4R elements.
Incompressible, pure torsion, CGAX8H elements.
Incompressible; extension, inflation, and torsion; CGAX8H elements.
Incompressible; extension, inflation, and shear; CAX8 elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Compressible, volumetric compression with initial stresses, C3D8RH elements.
Incompressible, uniaxial tension, C3D8RH elements.
Incompressible, biaxial tension, C3D8RH elements.
Incompressible, planar tension, C3D8RH elements.
Incompressible, uniaxial tension with static linear perturbation steps containing *LOAD CASE, C3D8RH elements.
Incompressible, temperature-dependent, uniaxial tension, C3D8RH elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, CPS4R elements.
Incompressible, biaxial tension, CPS4R elements.
Incompressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, CPS4R elements.
Compressible, biaxial tension, CPS4R elements.
Compressible, blanar tension, CPS4R elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, C3D8RH elements.
Incompressible, biaxial tension, C3D8RH elements.
Incompressible, planar tension, C3D8RH elements.
Incompressible, uniaxial tension with static linear perturbation steps containing *LOAD CASE, C3D8RH elements.
Incompressible, temperature-dependent, uniaxial tension, C3D8RH elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, CPS4R elements.
Incompressible, biaxial tension, CPS4R elements.
Incompressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, CPS4R elements.
Compressible, biaxial tension, CPS4R elements.
Compressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, C3D8RH elements.
Incompressible, biaxial tension, C3D8RH elements.
Incompressible, planar tension, C3D8RH elements.
Incompressible, uniaxial tension with static linear perturbation steps containing *LOAD CASE, C3D8RH elements.
Incompressible, temperature-dependent, uniaxial tension, C3D8RH elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, CPS4R elements.
Incompressible, biaxial tension, CPS4R elements.
Incompressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, CPS4R elements.
Compressible, biaxial tension, CPS4R elements.
Compressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, C3D8RH elements.
Incompressible, biaxial tension, C3D8RH elements.
Incompressible, planar tension, C3D8RH elements.
Incompressible, uniaxial tension with static linear perturbation steps containing *LOAD CASE, C3D8RH elements.
Incompressible, temperature-dependent, uniaxial tension, C3D8RH elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, CPS4R elements.
Incompressible, biaxial tension, CPS4R elements.
Incompressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, CPS4R elements.
Compressible, biaxial tension, CPS4R elements.
Compressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, C3D8RH elements.
Incompressible, biaxial tension, C3D8RH elements.
Incompressible, planar tension, C3D8RH elements.
Incompressible, uniaxial tension with static linear perturbation steps containing *LOAD CASE, C3D8RH elements.
Incompressible, temperature-dependent, uniaxial tension, C3D8RH elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, CPS4R elements.
Incompressible, biaxial tension, CPS4R elements.
Incompressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, CPS4R elements.
Compressible, biaxial tension, CPS4R elements.
Compressible, planar tension, CPS4R elements.
Incompressible, pure torsion, CGAX8H elements.
Incompressible; extension, inflation, and torsion; CGAX8H elements.
Incompressible; extension, inflation, and shear; CAX8 elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, C3D8RH elements.
Incompressible, biaxial tension, C3D8RH elements.
Incompressible, planar tension, C3D8RH elements.
Incompressible, uniaxial tension with static linear perturbation steps containing *LOAD CASE, C3D8RH elements.
Incompressible, temperature-dependent, uniaxial tension, C3D8RH elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, CPS4R elements.
Incompressible, biaxial tension, CPS4R elements.
Incompressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, CPS4R elements.
Compressible, biaxial tension, CPS4R elements.
Compressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, C3D8RH elements.
Incompressible, biaxial tension, C3D8RH elements.
Incompressible, planar tension, C3D8RH elements.
Incompressible, uniaxial tension with static linear perturbation steps containing *LOAD CASE, C3D8RH elements.
Incompressible, temperature-dependent, uniaxial tension, C3D8RH elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Incompressible, uniaxial tension, CPS4R elements.
Incompressible, biaxial tension, CPS4R elements.
Incompressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, CPS4R elements.
Compressible, biaxial tension, CPS4R elements.
Compressible, planar tension, CPS4R elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
Compressible, uniaxial tension, C3D8RH elements.
Compressible, biaxial tension, C3D8RH elements.
Compressible, planar tension, C3D8RH elements.
Compressible, volumetric compression, C3D8RH elements.
C3D8H C3D8R CPE4RH CPE4R CPS4R S4R SC8R M3D4R
T2D2 T3D2 B21 B22 B31 B32 B31OS B32OS
The tests in this section verify that the results generated using the Marlow hyperelastic model with different elements agree with the test data specified in the model.
Incompressible, C3D8H element, uniaxial tension test data.
Compressible, C3D8H element, uniaxial tension and volumetric compression test data.
Compressible, C3D8H element, uniaxial tension test data, with Poisson's ratio equal to 0.47.
Compressible, C3D8H element, uniaxial tension test data, with lateral nominal strains specified.
Incompressible, C3D8H element, uniaxial tension test data.
Compressible, C3D8H element, biaxial tension and volumetric compression test data.
Compressible, C3D8H element, biaxial tension test data, with Poisson's ratio equal to 0.47.
Compressible, C3D8H element, biaxial tension test data, with lateral nominal strains specified.
Incompressible, C3D8H element, planar tension test data.
Compressible, C3D8H element, planar tension and volumetric compression test data.
Compressible, C3D8H element, planar tension test data, with Poisson's ratio equal to 0.47.
Compressible, C3D8H element, planar tension test data, with lateral nominal strains specified.
Incompressible, CPE4RH element, uniaxial tension test data.
Compressible, CPE4RH element, uniaxial tension and volumetric compression test data.
Incompressible, CPS4R element, uniaxial tension test data.
Compressible, CPS4R element, uniaxial tension and volumetric compression test data.
Incompressible, S4R element, uniaxial tension test data.
Compressible, S4R element, uniaxial tension and volumetric compression test data.
Compressible, SC8R element, uniaxial tension and volumetric compression test data.
Incompressible, M3D4R element, uniaxial tension test data.
Compressible, M3D4R element, uniaxial tension and volumetric compression test data.
Incompressible, T2D2 element, uniaxial tension test data.
Compressible, T2D2 element, uniaxial tension and volumetric compression test data.
Incompressible, T3D2 element, uniaxial tension test data.
Compressible, T3D2 element, uniaxial tension and volumetric compression test data.
Incompressible, B21 element, uniaxial tension test data.
Compressible, B21 element, uniaxial tension and volumetric compression test data.
Incompressible, B22 element, uniaxial tension test data.
Compressible, B22 element, uniaxial tension and volumetric compression test data.
Incompressible, B31 element, uniaxial tension test data.
Compressible, B31 element, uniaxial tension and volumetric compression test data.
Incompressible, B32 element, uniaxial tension test data.
Compressible, B32 element, uniaxial tension and volumetric compression test data.
Incompressible, B31OS element, uniaxial tension test data.
Compressible, B31OS element, uniaxial tension and volumetric compression test data.
Incompressible, B32OS element, uniaxial tension test data.
Compressible, B32OS element, uniaxial tension and volumetric compression test data.
Incompressible, PIPE21 element, uniaxial tension test data.
Compressible, PIPE21 element, uniaxial tension and volumetric compression test data.
Incompressible, PIPE22 element, uniaxial tension test data.
Compressible, PIPE22 element, uniaxial tension and volumetric compression test data.
Incompressible, PIPE31 element, uniaxial tension test data.
Compressible, PIPE31 element, uniaxial tension and volumetric compression test data.
Incompressible, PIPE32 element, uniaxial tension test data.
Compressible, PIPE32 element, uniaxial tension and volumetric compression test data.
Incompressible, T2D2 element, uniaxial tension and compression test data.
Incompressible, S4R element, uniaxial tension test data.
Incompressible, C3D8H element, uniaxial tension test data with field dependencies.
Incompressible, C3D8H element, uniaxial tension test data, hysteresis analysis.
Compressible, C3D8H element, uniaxial tension test data, with initial stress specified.
Incompressible, C3D8H element, uniaxial tension test data, needed for the following map solution analysis.
Incompressible, C3D8H element, uniaxial tension test data, map solution analysis.
Compressible, C3D8H element, uniaxial tension and relaxation test data.
Compressible; C3D8H element; uniaxial tension, volumetric compression, and relaxation test data.
Compressible, CPS4R element, uniaxial tension and relaxation test data.
Compressible; CPS4R element; uniaxial tension, volumetric compression, and relaxation test data.
Compressible, T3D2 element, uniaxial tension and relaxation test data.
Compressible; T3D2 element; uniaxial tension, volumetric compression, and relaxation test data.
Compressible, B21 element, uniaxial tension and relaxation test data.
Compressible; B21 element; uniaxial tension, volumetric compression, and relaxation test data.
Compressible, B31 element, uniaxial tension and relaxation test data.
Compressible; B32 element; uniaxial tension, volumetric compression, and relaxation test data.
Compressible, PIPE21 element, uniaxial tension and relaxation test data.
Compressible; PIPE21 element; uniaxial tension, volumetric compression, and relaxation test data.
Compressible, PIPE31 element, uniaxial tension and relaxation test data.
Compressible; PIPE31 element; uniaxial tension, volumetric compression, and relaxation test data.
Volumetric test; C3D8R element; uniaxial tension and volumetric compression.
Base problem for carrying out import from Abaqus/Standard to Abaqus/Explicit, C3D8R element.
Import into Abaqus/Standard from marlow_sx_x_c3d8r.inp.
Base problem for carrying out import from Abaqus/Standard to Abaqus/Explicit, CPE4R element.
Import into Abaqus/Standard from marlow_sx_x_cpe4r.inp.
Base problem for carrying out import from Abaqus/Standard to Abaqus/Explicit, CPS4R element.
Import into Abaqus/Standard from marlow_sx_x_cps4r.inp.
Base problem for carrying out import from Abaqus/Standard to Abaqus/Explicit, SC8R element.
Import into Abaqus/Standard from marlow_sx_x_sc8r.inp.
Base problem for carrying out import from Abaqus/Standard to Abaqus/Explicit, T2D2 element.
Import into Abaqus/Standard from marlow_sx_x_t2d2.inp.
Uniaxial test; displacement control; C3D8R, CPE4R, CPS4R, M3D4R, S4R, and T3D2 elements.
Uniaxial test; load control; C3D8R, CPE4R, CPS4R, M3D4R, S4R, and T3D2 elements.
Specified initial stress; C3D8R, CPE4R, CPS4R, M3D4R, S4R, and T3D2 elements.
Combination with *MULLINS EFFECT; cyclic test; C3D8R, CPE4R, CPS4R, M3D4R, S4R, and T3D2 elements.
Creep test; C3D8R, CPE4R, CPS4R, M3D4R, S4R, and T3D2 elements.
Explicit dynamic continuation of marlow_sx_s_c3d8r.inp.
Explicit dynamic continuation of marlow_sx_s_cpe4r.inp.
Explicit dynamic continuation of marlow_sx_s_cps4r.inp.
Explicit dynamic continuation of marlow_sx_s_sc8r.inp.
Explicit dynamic continuation of marlow_sx_s_t2d2.inp.
Material:
| Hyperfoam coefficients (N=3, from fit of test data): |
 = –48.3291,  = 3.58961,  = 26.3505,  = 3.84360,  = 22.1809,  = 3.34171. |
| Test data (N=3): Uniaxial compression, simple shear test data. |
= 0 is used, except for = 0.10 for the biaxial test cases and varying in the temperature-dependent case.(The units are not important.)
= 0., uniaxial compression, CPS4R elements.
= 0.1, biaxial compression, CPS4R elements.
= 0., simple shear, CPS4R elements.
= 0., uniaxial compression with linear perturbation steps containing *LOAD CASE, C3D8R elements.
= 0., uniaxial compression, C3D8R elements.
= 0.1, biaxial compression, C3D8R elements.
= 0., simple shear, C3D8R elements.
= 0., volumetric compression, C3D8R elements.
= 0. – 0.06, temperature-dependent, uniaxial compression, C3D8R elements.
= 0., volumetric compression with initial stresses, C3D8R elements.
The tests in this section verify that the results generated using the low-density foam model with different elements agree with the test data specified in the model.
The results agree well with the rate-dependent test data specified for the low-density foam model.
Uniaxial compression with varying deformation rates; C3D8R, CPE4R, and T3D2 elements.
Simple shear test; C3D8R and CPE4R elements.
Specified initial stress; C3D8R, CPE4R, and T3D2 elements.
Base problem for carrying out import from Abaqus/Explicit to Abaqus/Explicit. Uniaxial cyclic test; displacement control; C3D8R, CPE4R, and T3D2 elements.
Continuation of xx_x1_lowdensfoam.inp with state imported.
Uniaxial compression with varying deformation rates; C3D8R and CPE4R elements.
Simple shear test; C3D8R and CPE4R elements.
Specified initial stress; C3D8R and CPE4R elements.
Base problem for carrying out import from Abaqus/Explicit to Abaqus/Explicit. Uniaxial cyclic test; displacement control; C3D8R and CPE4R elements.
Continuation of xx_x1_lowdensfoam_poisson.inp with state imported.
Uniaxial tension; built-in Fung orthotropic model verified through user subroutines UANISOHYPER_INV and UANISOHYPER_STRAIN; load control; C3D8 element.
Uniaxial tension, loading-unloading; Fung anisootropic model with Mullins effect and viscoelasticity; C3D8R, CPE4R, and CPS4R elements.
Uniaxial cyclic test; displacement control; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Uniaxial cyclic test; load control; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Combination with viscoelastic and Mullins effect; uniaxial cyclic test; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Base problem for carrying out import from Abaqus/Explicit to Abaqus/Explicit. Uniaxial cyclic test; displacement control; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Continuation of xx_x1_fung_disp.inp with state imported.
Base problem for carrying out import from Abaqus/Explicit to Abaqus/Explicit. Uniaxial cyclic test; load control; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Continuation of xx_x1_fung_load.inp with state imported.
Base problem for carrying out import from Abaqus/Explicit to Abaqus/Explicit. Combination with viscoelastic and Mullins effect; uniaxial cyclic test; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Continuation of xx_x1_fung_visco.inp with state imported.
Uniaxial tension; displacement control; C3D8, C3D20R, and C3D10 elements.
Uniaxial tension; displacement control; C3D8, C3D20R, and C3D10HS elements.
Uniaxial tension; displacement control; C3D8H, C3D20RH, and C3D10H elements.
Uniaxial tension; displacement control; orientation along nonglobal Cartesian system; C3D8, C3D20R, and C3D10 elements.
Uniaxial tension; displacement control; orientation along nonglobal Cartesian system; C3D8, C3D20R, and C3D10HS elements.
Uniaxial tension; displacement control; C3D8 element.
Uniaxial tension; displacement control; C3D8H element.
Simple shear; displacement control; C3D8 element.
Cyclic uniaxial tension; displacement control; C3D8 element.
Simple shear; displacement control; C3D8, C3D8R, and CPE4R elements.
Simple shear; displacement control; C3D8H, C3D8RH, and CPE4RH elements.
Uniaxial tension; plane stress; load control; C3D8RH, CPS4R, S4R, and M3D4R elements.
Viscoelastic behavior included; uniaxial tension, loading and unloading; C3D8R, CPE4R, and CPS4R elements.
Plane strain tension/compression; user subroutine UANISOHYPER_INV verified using built-in Holzapfel strain energy function; displacement control; C3D8, CPE8R, and CPEG4 elements.
Plane strain tension; user subroutine UANISOHYPER_INV verified using built-in isotropic hyperelasticity; displacement control; C3D8H and CPE4H elements.
Uniaxial cyclic test; displacement control; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Uniaxial cyclic test; load control; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Combination with viscoelastic and Mullins effect; uniaxial cyclic test; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Base problem for carrying out import from Abaqus/Explicit to Abaqus/Explicit. Uniaxial cyclic test; displacement control; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Continuation of xx_x1_holzapfel_disp.inp with state imported.
Base problem for carrying out import from Abaqus/Explicit to Abaqus/Explicit. Uniaxial cyclic test; load control; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Continuation of xx_x1_holzapfel_load.inp with state imported.
Base problem for carrying out import from Abaqus/Explicit to Abaqus/Explicit. Combination with viscoelastic and Mullins effect; uniaxial cyclic test; C3D8R, CPE4R, CPS4R, M3D4R, and S4R elements.
Continuation of xx_x1_holzapfel_visco.inp with state imported.
This option is used to modify the elasticity definition for uncoupled traction-separation elastic behavior such that the stiffness in compression is a user-specified factor times the stiffness in tension. Two cohesive elements are tested in each model. One element is subjected to a tensile strain (separation), while the other element is subjected to a compressive strain (separation).
Material:
COH2D4 elements.
COH3D8 elements.
= 1.0
= 0.3
= 1.08
is used:
= 80., 
= 20.
= 0.001.
= –1., 
= 0.01.
= 200., 
= 5.
= 0.
=1.5e-7
= 996.6, 
= 524.6, 
=49.98°.
= 2.0e5