Table 1.
Rank | Q | Stm | TD | Cmp | Rgy | Thrsh | Mtl | Rank | Q | Stm | TD | Cmp | Rgy | Thrsh | Mtl |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
1 | 0.623 | PS | H | 23 | (+) | V | 36 | 0.525 | APS | I | 22 | Mx+ | 0.002 | X | |
2 | 0.614 | APS | I | “E” | 0.07 | X | 37 | 0.525 | TS | I | 23 | Mx+ | V | ||
3 | 0.597 | TS | I | 22 | Mx− | V | 38 | 0.519 | APS | I | MnP | |M| | 0.005 | X | |
4 | 0.589 | TS | H | 22 | (−) | V | 39 | 0.519 | APS | I | MnP | Mx− | 0.005 | X | |
5 | 0.578 | APS | I | MnP | |M| | 0.009 | X | 40 | 0.518 | TS | I | MxP | |M| | X | |
6 | 0.578 | APS | I | MnP | Mx− | 0.009 | X | 41 | 0.518 | TS | I | MxP | Mx+ | X | |
7 | 0.576 | TS | I | 22 | PV | V | 42 | 0.518 | APS | I | “M” | 0.006 | X | ||
8 | 0.575 | APS | I | MxS | 0.009 | X | 43 | 0.517 | APS | I | MxP | |M| | 0.005 | X | |
9 | 0.573 | APS | I | MxP | |M| | 0.009 | X | 44 | 0.517 | APS | I | MxP | Mx+ | 0.005 | X |
10 | 0.573 | APS | I | MxP | Mx+ | 0.009 | X | 45 | 0.517 | PSE | I | Gnl | X | ||
11 | 0.569 | APS | I | MnP | |M| | 0.01 | X | 46 | 0.516 | APS | I | MxP | Mx− | 0.0005 | V |
12 | 0.569 | APS | I | MnP | Mx− | 0.01 | X | 47 | 0.516 | APS | I | MnP | Mx+ | 0.0005 | V |
13 | 0.559 | TS | I | 33 | |M| | X | 48 | 0.516 | APS | I | MnP | Mx+ | 0.005 | V | |
14 | 0.559 | TS | I | 33 | Mx− | X | 49 | 0.516 | M*A | I | MnP | |M| | 0 | X | |
15 | 0.556 | APS | I | “E” | 0.05 | X | 50 | 0.516 | M*A | I | MnP | Mx− | 0 | X | |
16 | 0.553 | APS | I | MxS | 0.02 | X | 51 | 0.514 | APS | I | MxS | 0.005 | X | ||
17 | 0.549 | APS | I | 11 | Mx+ | 0.0005 | V | 52 | 0.511 | TS | I | 13 | Mx− | V | |
18 | 0.548 | TS | I | MnP | |M| | X | 53 | 0.510 | TS | H | 13 | (−) | V | ||
19 | 0.548 | TS | I | MnP | Mx− | X | 54 | 0.508 | APS | I | 22 | Mx− | 0.006 | V | |
20 | 0.546 | M*A | I | “E” | 0 | X | 55 | 0.506 | APS | I | MxP | Mx− | 0.001 | V | |
21 | 0.546 | TS | I | 23 | |M| | X | 56 | 0.505 | APS | I | MxP | Mx− | 0.002 | V | |
22 | 0.541 | APS | I | MxP | |M| | 0.03 | X | 57 | 0.504 | APS | I | “M” | 0.02 | X | |
23 | 0.541 | APS | I | MxP | Mx+ | 0.03 | X | 58 | 0.504 | APS | I | MnP | Mx+ | 0.002 | V |
24 | 0.539 | TS | H | 23 | (+) | V | 59 | 0.504 | APS | I | MxS | 0.03 | X | ||
25 | 0.537 | TS | I | MxS | X | 60 | 0.503 | M*A | I | MxS | 0 | X | |||
26 | 0.535 | APS | I | MxS | 0.006 | X | 61 | 0.503 | APS | I | “E” | 0.007 | X | ||
27 | 0.531 | PS | I | 23 | Mx+ | V | 62 | 0.503 | APS | I | MnP | |M| | 0.02 | X | |
28 | 0.531 | APS | I | “M” | 0.007 | X | 63 | 0.503 | APS | I | MnP | Mx− | 0.02 | X | |
29 | 0.529 | APS | I | MnP | |M| | 0.006 | X | 64 | 0.503 | APS | I | “E” | 0.006 | X | |
30 | 0.529 | APS | I | MnP | Mx− | 0.006 | X | 65 | 0.502 | S | H | 22 | (−) | X | |
31 | 0.529 | S | I | 22 | Mx+ | X | 66 | 0.502 | S | I | 23 | |M| | X | ||
32 | 0.528 | APS | I | 12 | Mx− | 0.002 | V | 67 | 0.502 | S | I | 23 | Mx+ | X | |
33 | 0.528 | APS | I | 22 | Mx+ | 0.001 | V | 68 | 0.502 | APS | I | “M” | 0.03 | X | |
34 | 0.528 | APS | I | MnP | Mx+ | 0.001 | V | 69 | 0.500 | APS | I | “E” | 0.03 | X | |
35 | 0.526 | APS | I | 12 | Mx− | 0.001 | V | 70 | 0.500 | S | H | 3rd | (−) | X |
NOTE: The following key provides abbreviations used for the above column headings and corresponding variants: Q = Quality of fit (= 1/3(r + Â + R2) ); Stm = Stimulus; APS = Area of Plastic Strain; MA = Magnitude of Area of plastic strain; PS = Plastic Strain; PSE = Plastic Strain Energy; TS = Total Strain; TSE = Total Strain Energy; TD = Temporal Designation; I = Instantaneous; H = (Cumulative) History; Cmp = Component; 11 = stimulus in the 1-plane, and in the 1-direction; 3rd = 3rd Invariant of stress (determinant of the stress tensor); “E” = “Equivalent” (ABAQUS effective value for consolidated tensorial components); Gnl = General state (normal state plus shear state); “M” = “Magnitude” (ABAQUS effective magnitude for consolidated tensorial components); MnP = Min Principal; MxP = Max Principal; Nml = Normal state; prs = equivalent pressure; Shr = Shear state; Tca = Tresca effective stress; vM = von Mises effective stress; Rgy = Registry; (+) = Positive values; (−) = Negative values; Mx+ = Max positive; Mx− = Max negative; |M| = Max (instantaneous) absolute magnitude; |m| = max (cumulative) absolute magnitude; PV = max cyclic Peak-to-Valley swing (suggestive of a fatigue measure for failure); Res = Residual (plastic strain); Thrsh = Threshold (of plastic strain, used in computing an area of plastic strain); Mtl = Material; V = conventional UHMWPE; X = highly crosslinked UHMWPE.