| 1 |
SwiftComp |
108 |
39.56% |
| 2 |
Classical Laminate Plate Theory |
80 |
29.30% |
| 3 |
TexGen4SC |
59 |
21.61% |
| 4 |
Effective Lamina and Laminate Properties |
47 |
17.22% |
| 5 |
Laminate Failure Analysis (Progressive and Envelopes) |
29 |
10.62% |
| 6 |
Halpin-Tsai Micromechanics Model |
29 |
10.62% |
| 7 |
Geometrically Exact Beam Theory |
18 |
6.59% |
| 8 |
VABS |
12 |
4.40% |
| 9 |
Fiber Volume Fraction from Weight Fraction |
12 |
4.40% |
| 10 |
Free Edge Elasticity Solution |
11 |
4.03% |
| 11 |
Plane-Stress Compliance Transform |
11 |
4.03% |
| 12 |
Viscoelastic Shear Lag |
10 |
3.66% |
| 13 |
Off-Axis Lamina Moduli and Strength |
10 |
3.66% |
| 14 |
Anisotropic Viscosity |
7 |
2.56% |
| 15 |
DiBenedetto Equation: Tg and DOC |
7 |
2.56% |
| 16 |
Jupyter Notebook (202209) |
6 |
2.20% |
| 17 |
Linux Workstation |
4 |
1.47% |
| 18 |
Jupyter Notebook (hub version 6.0) |
4 |
1.47% |
| 19 |
Mori-Tanaka Stiffness Homogenization for Short Fibers |
4 |
1.47% |
| 20 |
Fiber Spacing and Volume Fraction |
3 |
1.10% |
| 21 |
Autocatalytic Degree of Cure |
3 |
1.10% |
| 22 |
LAMMPS |
3 |
1.10% |
| 23 |
G_to_K Orthotropic conversion |
2 |
0.73% |
| 24 |
K_to_G Orthotropic conversion |
1 |
0.37% |
| 25 |
Autocatalytic Degree of Cure -- Time and Temperature Data Point Entry |
1 |
0.37% |