LS-DYNA (MAT_024 or SAMP)+GISSMO shell element failure model for metals
Test ID
G-776I
Description
Rate dependent tensile data is generated at 5 strain rates from .01 -100/s. DIC is used to measure a variety of properties including grooved tensile properties with two different notch diameters, 0 degree orientation shear properties, and biaxial failure via an Erichssen cupping test. Quasi-static tensile tests on full sized tensile bars are performed as well. A density measurement is also provided. Specimen preparation is included. An elastoplastic and fracture material card for shell elements is provided by our partner, IDIADA. MAT_024 or SAMP-1 may be used as the base model, depending on which model provides the most robust and accurate representation of the material behavior. For further information about the use of SAMP model for metals please contact us. The element size is between 3-5 mm. The simulations of certain deformation modes are also provided.
Included Tests
| 1x | M-242 | Biaxial Force and Surface Strain by Punch Test |
| 3x | M-232 | High Speed Tensile Stress-Strain |
| 1x | M-219 | Shear Stress-Strain |
| 1x | M-204 | Tensile Stress-Strain, Strength, and Modulus |
| 1x | D-010 | Solid Density |
| 1x | Z-998 | Data Analysis |
| 1x | SP-105 | Specimen Machining Services |
| 6x | M-204V 2D | Tensile Stress-Strain, Strength, and Modulus using 2D DIC |
| 1x | M-221 | 3 Point Flexural Stress-Strain, Strength and Modulus |
Options
Shell element formulation ELFORM 16, ELFORM 2 or both can be used. The default is ELFORM 2. Extra charges will apply if both formulations are needed.
Samples
: 5 thin sheets or film
[details]Application
Typically used in automotive applications for failure analysis in sheet metals. Please provide the material's specific application.
