Results Verification and Validation
- Static Linear Elasticity
- Test Results Summary: Static Linear Elasticity
- 1. Boundary force
- 2. Moments
- 3. Normal boundary pressure
- 4. Boundary pressure
- 5. Acceleration
- 6. Volume force
- 7. Boundary force on a beam at (1,1,1)
- 8. Moment on a beam at (1,1,1)
- 9. Normal Boundary Pressure on a beam at (1,1,1)
- 10. Boundary pressure on a beam at (1,1,1)
- 11. Acceleration on a beam at (1,1,1)
- 12. Volume force on a beam at (1,1,1)
- 13. Boundary force on an angled surface
- 14. Moment on an angled surface
- 15. Normal boundary pressure on an angled surface
- 16. Boundary pressure on an angled surface
- 17. Acceleration on an angled surface
- 18. Volume force on an angled surface
- 19. Combined boundary conditions
- 20. Combined conditions on a rotated beam
- 21. Boundary force on a non-planar surface
- 22. Moment on an non-planar surface
- 23. Normal boundary pressure on an non-planar surface
- 24. Boundary pressure on an non-planar surface
- 25. Acceleration on a beam with a non-planar surface
- 26. Volume force on an non-planar surface
- 27. Moment on a cylindrical surface
- 28. Moment on an angled beam
- 29. Coupled beam and forces
- 30. Coupled beam and moments
- 31. Coupled beam and normal pressure
- 32. Coupled beam and pressure vectors
- 33. Coupled beam and body acceleration
- 34. Coupled beam and volume forces
- 35. Coupled rotated beam and forces
- 36. Coupled rotated beam and moments
- 37. Coupled rotated beam and normal pressure
- 38. Coupled rotated beam and pressure
- 39. Coupled rotated beam and acceleration
- 40. Coupled rotated beam and volume forces
- 41. Coupled beam with sloped face and forces
- 42. Coupled beam with sloped face and moments
- 43. Coupled beam with sloped face and normal pressure
- 44. Coupled beam with sloped face and pressure
- 45. Coupled beam with sloped face and acceleration
- 46. Coupled beam with sloped face and volume forces
- 47. Coupled beam and combined boundary conditions
- 48. Coupled beam and combined boundary conditions on a rotated beam
- 49. Roller boundary conditions
- 50. Roller boundary conditions on a rotated beam
- 51. Wing with boundary forces
- 52. Wing with moments
- 53. Wing with normal boundary pressure
- 54. Wing with boundary pressure
- 55. Wing with acceleration
- 56. Wing with volume forces
- 57. Wing with a coupled beam and boundary forces
- 58. Wing with a coupled beam and moments
- 59. Wing with a coupled beam and normal boundary pressure
- 60. Wing with a coupled beam and boundary pressure
- 61. Wing with a coupled beam and acceleration
- 62. Wing with a coupled beam and volume forces
- 63. Stochastic Boundary force
- 64. Crossed beams with couplings
- 65. Rotated crossed beams with couplings
- 66. Springs and rigid couplings
- 67. Local Spring Coordinate System
- Geometries
- Square beam rotated 18 degrees around the X-axis
- Square beam with center patches
- Circular beam with cylindrical top
- Circular beam with splined end
- Square straight beam aligned with the x-axis
- Square straight beam aligned with the the (1,1,1) direction
- Square beam with center patches
- Square beam with a top cylindrical cavity
- Square beam with a top cylindrical cavity
- Square beam with a sloped end
- Aligned wing
- Crossed beams aligned
- Crossed beams rotated
- Cube and roller
- Empty Geometry