Tue Sep 13, 2011
10:36:32
Geometry
Geometry Summary
| Quantity | Unit |
|---|
| Volume | 1.96852e+06 mm3 |
| Surface Area | 358008 mm2 |
| Mass | 0.00275593 Mg |
| Bounding Box |
|---|
| min. corner | {-236.966,-8.1737e-14,307.77} |
| max. corner | {236.976,169.285,976.616} |
Material Properties
| Property | Value |
|---|
| Description | Nylon 610 |
| Density | 1.4e-09 Mg/mm3 |
| Elastic Modulus | 8300 MPa |
| Poisson Ratio | 0.28 |
| Default Failure Criterion | von Mises |
| Tensile Yield Strength | 139 MPa |
Loads & Restraints
Load Summary
| Description | Type | Definition |
|---|
| Load 1 | Scalar Force | 1000 N |
Restraint Summary
| Description | Definition |
|---|
| Restraint 1 | X-Fixed,Y-Fixed,Z-Fixed |
Simulation Summary
Settings
| Basis Functions |
|---|
| Degree | 1 |
| nx | 62 |
| ny | 23 |
| nz | 87 |
| Element size | {7.81549,7.81549,7.81549} |
| Resolution setting | 9985 |
| Computation Box |
|---|
| min. corner | {-242.312,-5.30908,302.201} |
| max. corner | {242.248,174.447,982.149} |
Units
| Quantity | Unit |
|---|
| Length | mm |
| Mass | Mg |
| Force | N |
| Time | s |
Simulation Results
Displacements
Displacement Summary
| Amount | Location |
|---|
| Minimum | 4.27757e-10 mm | {0,17.7007,321.351} |
| Maximum | 14.7889 mm | {3.07046e-13,127.04,976.616} |
Danger Level
Danger Level Summary
| Amount | Location |
|---|
| Minimum | 1.91438e-08 | {55.8688,0.864496,309.71} |
| Maximum | 0.357065 | {206.083,50.5085,474.228} |
Results Extrema
| Minimum | Maximum |
|---|
| X-Displacement | -1.75598 mm | 1.7563 mm |
| Y-Displacement | -0.0182405 mm | 14.5763 mm |
| Z-Displacement | -2.67331 mm | 2.20156 mm |
| Total Displacement | 4.27757e-10 mm | 14.7889 mm |
| Von Mises Stress | 2.66099e-06 MPa | 49.632 MPa |
| Max. Principal Stress | -8.66525 MPa | 57.1862 MPa |
| Mid. Principal Stress | -12.633 MPa | 12.3036 MPa |
| Min. Principal Stress | -29.9125 MPa | 8.38106 MPa |
| Danger Level (von Mises) | 1.91438e-08 | 0.357065 |
| Danger Level (Max. Shear Stress) | 4.25411e-08 | 0.74834 |
CAUTION
Design decisions require experimental data and substantial experience; they should never be made based solely
on a software simulation. Simulation is not intended to replace physical testing of prototypes, which is required
to validate any design.