C:\Documents and Settings\akilian\Desktop\finaljoint\Analysis1.CATAnalysis
| Entity | Size |
|---|---|
| Nodes | 997 |
| Elements | 3235 |
| Connectivity | Statistics |
|---|---|
| TE4 | 3118 ( 96.38% ) |
| SPIDER | 117 ( 3.62% ) |
| Criterion | Good | Poor | Bad | Worst | Average |
|---|---|---|---|---|---|
| Skewness | 2770 ( 88.84% ) | 347 ( 11.13% ) | 1 ( 0.03% ) | 0.906 | 0.590 |
| Stretch | 3118 ( 100.00% ) | 0 ( 0.00% ) | 0 ( 0.00% ) | 0.355 | 0.521 |
| Min. Length | 3118 ( 100.00% ) | 0 ( 0.00% ) | 0 ( 0.00% ) | 3.604 | 6.041 |
| Max. Length | 3118 ( 100.00% ) | 0 ( 0.00% ) | 0 ( 0.00% ) | 21.762 | 16.115 |
| Shape Factor | 3118 ( 100.00% ) | 0 ( 0.00% ) | 0 ( 0.00% ) | 0.348 | 0.531 |
| Length Ratio | 3118 ( 100.00% ) | 0 ( 0.00% ) | 0 ( 0.00% ) | 4.330 | 2.762 |
| Part1.1 - OCTREE Tetrahedron Mesh.1 : Part1.1 | |||
| Part1.1.1 - OCTREE Tetrahedron Mesh.2 : Part1.1.1 |
| Material | Bright Oak |
|---|---|
| Young Modulus | 1.32e+010N_m2 |
| Poisson Ratio | 0 |
| Density | 735kg_m3 |
| Thermal Expansion | 0 |
| Yield Strength | 0N_m2 |
| Number of nodes | : | 997 | |
| Number of elements | : | 3235 | |
| Number of D.O.F. | : | 2991 | |
| Number of Contact Elements | : | 117 | |
| Number of Kinematic relations | : | 234 |
Name: RestraintSet.1
Number of S.P.C : 102
Name: LoadSet.1
Applied load resultant :
| Fx | = | 3 | . | 874e-007 | N |
| Fy | = | 5 | . | 821e-009 | N |
| Fz | = | 9 | . | 425e-007 | N |
| Mx | = | -9 | . | 110e-009 | Nxm |
| My | = | -3 | . | 308e-008 | Nxm |
| Mz | = | 1 | . | 578e-008 | Nxm |
| Number of lines | : | 2991 | |||
| Number of coefficients | : | 53115 | |||
| Number of blocks | : | 1 | |||
| Maximum number of coefficients per bloc | : | 53115 | |||
| Total matrix size | : | 0 | . | 62 | Mb |
Restraint: RestraintSet.1
| Number of local singularities | : | 0 | |
| Number of singularities in translation | : | 0 | |
| Number of singularities in rotation | : | 0 | |
| Generated constraint type | : | MPC |
Restraint: RestraintSet.1
| Number of constraints | : | 336 | |
| Number of factorized constraints | : | 314 | |
| Number of deferred constraints | : | 0 |
Restraint: RestraintSet.1
| Numbering Method | : | SLOAN | |
| Number of connected nodes | : | 997 | |
| Nodal maximum front width | : | 75 | |
| Nodal maximum band width | : | 368 |
| Method | : | SPARSE | |||
| Number of factorized degrees | : | 2677 | |||
| Number of supernodes | : | 467 | |||
| Number of overhead indices | : | 24350 | |||
| Number of coefficients | : | 336502 | |||
| Maximum front width | : | 525 | |||
| Maximum front size | : | 138075 | |||
| Size of the factorized matrix (Mb) | : | 2 | . | 56731 | |
| Number of blocks | : | 1 | |||
| Number of Mflops for factorization | : | 8 | . | 157e+001 | |
| Number of Mflops for solve | : | 1 | . | 359e+000 | |
| Minimum relative pivot | : | 4 | . | 217e-003 | |
Name: StaticSet.1
Restraint: RestraintSet.1
Load: LoadSet.1
Strain Energy : 3.768e-002 J
Contact Analysis
| Contact Element |
Contact Force N |
Initial Clearance mm |
Final Clearance mm |
|---|---|---|---|
| 1 | No Contact | -1.0000e-003 | 1.9319e-003 |
| 2 | 4.1508e+001 | -1.0000e-003 | 0.0000e+000 |
| 3 | 1.9333e+001 | -1.0000e-003 | 0.0000e+000 |
| 4 | No Contact | -1.0000e-003 | 2.5733e-003 |
| 5 | No Contact | -1.0000e-003 | 1.2423e-003 |
| 6 | 6.4593e+000 | -1.0000e-003 | 0.0000e+000 |
| 7 | No Contact | -1.0000e-003 | 1.0266e-003 |
| 8 | No Contact | -1.0000e-003 | 4.8538e-003 |
| 9 | No Contact | -1.0000e-003 | 2.6401e-003 |
| 10 | 1.1862e+002 | -1.0000e-003 | 0.0000e+000 |
| 11 | No Contact | -1.0000e-003 | 3.9280e-003 |
| 12 | No Contact | -1.0000e-003 | 2.7850e-003 |
| 13 | No Contact | -1.0000e-003 | 2.2375e-003 |
| 14 | No Contact | -1.0000e-003 | 5.6638e-003 |
| 15 | 2.8724e+001 | -1.0000e-003 | 0.0000e+000 |
| 16 | No Contact | -1.0000e-003 | 2.3873e-003 |
| 17 | 5.5117e+001 | -1.0000e-003 | 0.0000e+000 |
| 18 | No Contact | -1.0000e-003 | 5.3533e-003 |
| 19 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 20 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 21 | No Contact | -1.0000e-003 | 1.0001e-003 |
| 22 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 23 | 5.7655e+001 | -1.0000e-003 | 0.0000e+000 |
| 24 | No Contact | -1.0000e-003 | 2.5752e-003 |
| 25 | No Contact | -1.0000e-003 | 6.8107e-004 |
| 26 | 1.4024e+002 | -1.0000e-003 | 0.0000e+000 |
| 27 | 4.1554e+001 | -1.0000e-003 | 0.0000e+000 |
| 28 | 4.0870e+001 | -1.0000e-003 | 0.0000e+000 |
| 29 | 2.5102e+001 | -1.0000e-003 | 0.0000e+000 |
| 30 | No Contact | -1.0000e-003 | 2.1117e-004 |
| 31 | No Contact | -1.0000e-003 | 8.0901e-004 |
| 32 | 6.2299e+001 | -1.0000e-003 | 0.0000e+000 |
| 33 | No Contact | -1.0000e-003 | 4.6292e-004 |
| 34 | 9.0259e+001 | -1.0000e-003 | 0.0000e+000 |
| 35 | No Contact | -1.0000e-003 | 2.0154e-003 |
| 36 | No Contact | -1.0000e-003 | 9.1741e-004 |
| 37 | 6.9725e+001 | -1.0000e-003 | 0.0000e+000 |
| 38 | No Contact | -1.0000e-003 | 8.1117e-004 |
| 39 | No Contact | -1.0000e-003 | 2.8835e-003 |
| 40 | No Contact | -1.0000e-003 | 2.9566e-003 |
| 41 | No Contact | -1.0000e-003 | 1.7957e-004 |
| 42 | No Contact | -1.0000e-003 | 8.0370e-004 |
| 43 | 7.9685e-001 | -1.0000e-003 | 0.0000e+000 |
| 44 | No Contact | -1.0000e-003 | 3.1288e-003 |
| 45 | No Contact | -1.0000e-003 | 2.9388e-003 |
| 46 | No Contact | -1.0000e-003 | 5.3184e-004 |
| 47 | 2.3072e+001 | -1.0000e-003 | 0.0000e+000 |
| 48 | 3.8016e+001 | -1.0000e-003 | 0.0000e+000 |
| 49 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 50 | No Contact | -1.0000e-003 | 1.0414e-003 |
| 51 | 7.3379e+001 | -1.0000e-003 | 0.0000e+000 |
| 52 | No Contact | -1.0000e-003 | 5.8887e-004 |
| 53 | No Contact | -1.0000e-003 | 3.3110e-004 |
| 54 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 55 | No Contact | -1.0000e-003 | 1.1476e-003 |
| 56 | No Contact | -1.0000e-003 | 8.1471e-004 |
| 57 | 1.1763e+002 | -1.0000e-003 | 0.0000e+000 |
| 58 | 8.3622e+001 | -1.0000e-003 | 0.0000e+000 |
| 59 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 60 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 61 | No Contact | -1.0000e-003 | 2.2015e-003 |
| 62 | No Contact | -1.0000e-003 | 2.7169e-003 |
| 63 | No Contact | -1.0000e-003 | 6.8352e-004 |
| 64 | No Contact | -1.0000e-003 | 2.8114e-003 |
| 65 | No Contact | -1.0000e-003 | 8.8938e-004 |
| 66 | No Contact | -1.0000e-003 | 1.4918e-003 |
| 67 | 5.2083e+001 | -1.0000e-003 | 0.0000e+000 |
| 68 | No Contact | -1.0000e-003 | 5.9358e-004 |
| 69 | 7.4715e+001 | -1.0000e-003 | 0.0000e+000 |
| 70 | 6.5954e+001 | -1.0000e-003 | 0.0000e+000 |
| 71 | No Contact | -1.0000e-003 | 2.8201e-003 |
| 72 | No Contact | -1.0000e-003 | 2.3698e-003 |
| 73 | No Contact | -1.0000e-003 | 8.6202e-004 |
| 74 | No Contact | -1.0000e-003 | 1.8233e-003 |
| 75 | No Contact | -1.0000e-003 | 1.9426e-003 |
| 76 | No Contact | -1.0000e-003 | 8.2713e-004 |
| 77 | 4.0843e+001 | -1.0000e-003 | 0.0000e+000 |
| 78 | 7.9394e+000 | -1.0000e-003 | 0.0000e+000 |
| 79 | 1.0235e+002 | -1.0000e-003 | 0.0000e+000 |
| 80 | No Contact | -1.0000e-003 | 8.2750e-004 |
| 81 | No Contact | -1.0000e-003 | 9.9262e-004 |
| 82 | 9.0688e+001 | -1.0000e-003 | 0.0000e+000 |
| 83 | 4.4402e+001 | -1.0000e-003 | 0.0000e+000 |
| 84 | No Contact | -1.0000e-003 | 7.8541e-004 |
| 85 | No Contact | -1.0000e-003 | 2.9389e-003 |
| 86 | No Contact | -1.0000e-003 | 8.2687e-004 |
| 87 | No Contact | -1.0000e-003 | 3.3355e-003 |
| 88 | No Contact | -1.0000e-003 | 3.4904e-003 |
| 89 | No Contact | -1.0000e-003 | 8.7774e-004 |
| 90 | 6.4720e+001 | -1.0000e-003 | 0.0000e+000 |
| 91 | No Contact | -1.0000e-003 | 3.3546e-003 |
| 92 | 1.1603e+002 | -1.0000e-003 | 0.0000e+000 |
| 93 | No Contact | -1.0000e-003 | 1.0357e-003 |
| 94 | No Contact | -1.0000e-003 | 3.0407e-003 |
| 95 | No Contact | -1.0000e-003 | 1.9076e-003 |
| 96 | No Contact | -1.0000e-003 | 3.5563e-004 |
| 97 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 98 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 99 | 8.0141e+001 | -1.0000e-003 | 0.0000e+000 |
| 100 | No Contact | -1.0000e-003 | 1.3659e-003 |
| 101 | No Contact | -1.0000e-003 | 3.8405e-003 |
| 102 | No Contact | -1.0000e-003 | 4.4969e-003 |
| 103 | 8.4495e+001 | -1.0000e-003 | 0.0000e+000 |
| 104 | No Contact | -1.0000e-003 | 1.5686e-003 |
| 105 | 3.7888e+001 | -1.0000e-003 | 0.0000e+000 |
| 106 | No Contact | -1.0000e-003 | 1.5523e-003 |
| 107 | 4.4343e+001 | -1.0000e-003 | 0.0000e+000 |
| 108 | No Contact | -1.0000e-003 | 1.1100e-003 |
| 109 | No Contact | -1.0000e-003 | 1.7204e-003 |
| 110 | No Contact | -1.0000e-003 | 8.9768e-004 |
| 111 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 112 | No Contact | -1.0000e-003 | 2.1295e-003 |
| 113 | 9.1830e+000 | -1.0000e-003 | 0.0000e+000 |
| 114 | No Contact | -1.0000e-003 | -1.0000e-003 |
| 115 | 5.9835e+001 | -1.0000e-003 | 0.0000e+000 |
| 116 | No Contact | -1.0000e-003 | 2.9867e-003 |
| 117 | No Contact | -1.0000e-003 | 4.3316e-003 |
Equilibrium
| Components | Applied Forces |
Reactions | Residual | Relative Magnitude Error |
|---|---|---|---|---|
| Fx (N) | 3.8743e-007 | -3.8747e-007 | -3.7573e-011 | 2.5559e-013 |
| Fy (N) | 5.8208e-009 | -5.7188e-009 | 1.0201e-010 | 6.9391e-013 |
| Fz (N) | 9.4250e-007 | -9.4384e-007 | -1.3397e-009 | 9.1129e-012 |
| Mx (Nxm) | -9.1095e-009 | 9.1428e-009 | 3.3229e-011 | 2.2603e-012 |
| My (Nxm) | -3.3084e-008 | 3.3048e-008 | -3.5605e-011 | 2.4220e-012 |
| Mz (Nxm) | 1.5778e-008 | -1.5779e-008 | -1.2256e-012 | 8.3371e-014 |
Display On Boundary ---- Over all the Model
Components : ALL
Display On Boundary ---- Over all the Model
| Sensor Name | Sensor Value |
|---|---|
| Energy | 0.038J |