SolidWorksSimulation Oil and Gas Examples<br />
Skid Platform – Structural and Vibration Analysis<br />Pressure Vessel Design<br />Earthquake Simulation<br />Structural W...
Skid Platform – Structural and Vibration Analysis<br />12.6 Hz<br />19.9 Hz<br />
Skid Platform - Structural Weldments<br />Initial Design<br />Final Design<br />Weight: 7,350 lbs<br />Weight: 12,000 lbs<...
Design Goal: Max Displacement<br />SolidWorks Reports<br />≤ 0.3 inches<br />Skid Platform - Structural Weldments<br />0.1...
 Remote loads
 Static / Buckling analysis</li></li></ul><li>Packer  Mechanical System<br />Torque<br />Pressure<br />Slip is Pushed Up<b...
Packer  Mechanical System<br />
Oil Rig Crane - Structural Weldments<br /><ul><li> Beams
 Self Weight
 Static analysis
Show Cool Camera view video!!
Change length of structural members, re-run</li></li></ul><li>Semi Submersible Rig- Structural Weldments<br /><ul><li> Beams
 Load on top of derrick = 35000 lbs
 Static analysis, Buckling and Frequency analysis
 Change length of structural members, re-run</li></li></ul><li>Piping Assembly with Bolts<br /><ul><li> Virtual Bolt Conne...
 SW Hole Series Integration
 Strength Data of Bolts</li></li></ul><li>Welded Pipes / Flange Press Fit Simulation<br /><ul><li> Shrink fit analysis
 Weld analysis
 Contact Pressure distribution
  Static analysis</li></li></ul><li>Umbilical's / Risers Bend Restrictor Simulation<br /><ul><li> 3 metric ton bending load
 Bolt connectors
 Static analysis</li></li></ul><li>Simulating Complex analysis with Ease<br />Nonlinear analysis of a Riser Assembly<br />...
Simulating Complex analysis with Ease<br />Nonlinear analysis of an Complex Oil Tool<br />
2D Simplification<br />Elastomer Squeeze<br />Valve Seat Insert<br />Gear Simulation<br />Elastomer Squeeze – 3D Result<br />
Pressure Vessel Design<br />
ASME Code Check<br />SolidWorks Reports<br />≤15300 psi<br />Pressure Vessel Design<br />33499 psi?<br />
ASME Code Check (Radial Stresses)<br />ASME Code Check (Hoop Stresses)<br />ASME Code Check (Axial Stresses)<br />SolidWor...
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OTC2011

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Various examples of what was shown and talked about at OTC 2011

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Transcript of "OTC2011"

  1. 1. SolidWorksSimulation Oil and Gas Examples<br />
  2. 2. Skid Platform – Structural and Vibration Analysis<br />Pressure Vessel Design<br />Earthquake Simulation<br />Structural Weldments Analysis<br />Umbilical Strength Analysis<br />Manhole Nozzle Flange Design<br />
  3. 3. Skid Platform – Structural and Vibration Analysis<br />12.6 Hz<br />19.9 Hz<br />
  4. 4. Skid Platform - Structural Weldments<br />Initial Design<br />Final Design<br />Weight: 7,350 lbs<br />Weight: 12,000 lbs<br />Weight Savings: 38% <br />
  5. 5. Design Goal: Max Displacement<br />SolidWorks Reports<br />≤ 0.3 inches<br />Skid Platform - Structural Weldments<br />0.13 inches<br /><ul><li> Mixed Mesh
  6. 6. Remote loads
  7. 7. Static / Buckling analysis</li></li></ul><li>Packer Mechanical System<br />Torque<br />Pressure<br />Slip is Pushed Up<br />Cone Slides In<br />
  8. 8. Packer Mechanical System<br />
  9. 9. Oil Rig Crane - Structural Weldments<br /><ul><li> Beams
  10. 10. Self Weight
  11. 11. Static analysis
  12. 12. Show Cool Camera view video!!
  13. 13. Change length of structural members, re-run</li></li></ul><li>Semi Submersible Rig- Structural Weldments<br /><ul><li> Beams
  14. 14. Load on top of derrick = 35000 lbs
  15. 15. Static analysis, Buckling and Frequency analysis
  16. 16. Change length of structural members, re-run</li></li></ul><li>Piping Assembly with Bolts<br /><ul><li> Virtual Bolt Connectors
  17. 17. SW Hole Series Integration
  18. 18. Strength Data of Bolts</li></li></ul><li>Welded Pipes / Flange Press Fit Simulation<br /><ul><li> Shrink fit analysis
  19. 19. Weld analysis
  20. 20. Contact Pressure distribution
  21. 21. Static analysis</li></li></ul><li>Umbilical's / Risers Bend Restrictor Simulation<br /><ul><li> 3 metric ton bending load
  22. 22. Bolt connectors
  23. 23. Static analysis</li></li></ul><li>Simulating Complex analysis with Ease<br />Nonlinear analysis of a Riser Assembly<br />Nonlinear analysis of Pipe/Saddle Assembly<br />Nonlinear analysis of an Oil Tool<br />Nonlinear analysis of Packer Seal<br />
  24. 24. Simulating Complex analysis with Ease<br />Nonlinear analysis of an Complex Oil Tool<br />
  25. 25. 2D Simplification<br />Elastomer Squeeze<br />Valve Seat Insert<br />Gear Simulation<br />Elastomer Squeeze – 3D Result<br />
  26. 26. Pressure Vessel Design<br />
  27. 27. ASME Code Check<br />SolidWorks Reports<br />≤15300 psi<br />Pressure Vessel Design<br />33499 psi?<br />
  28. 28. ASME Code Check (Radial Stresses)<br />ASME Code Check (Hoop Stresses)<br />ASME Code Check (Axial Stresses)<br />SolidWorks Reports<br />SolidWorks Reports<br />SolidWorks Reports<br />≤22,000 psi<br />≤22,000 psi<br />≤22,000 psi<br />Manhole Nozzle Flange Design<br />5100 psi<br />7549 psi<br />2222 psi<br />
  29. 29. Manhole Nozzle Flange Design<br />
  30. 30. SolidWorks Reports Max Stress<br />Yield Strength of Material<br />172 MPa<br />Seismic Load<br />> 172 MPa<br />
  31. 31. Oil and Gas Applications – Flow Simulation<br />Flow of Propane through a Valve<br />Flow of Air through a Manifold System<br />Cyclone Separator <br />Fluid Flow around a drill bit<br />
  32. 32. Oil and Gas Applications – Flow Simulation<br />
  33. 33. Flow Simulation - HVAC Module<br />Airflow optimization<br />Product thermal design<br />CFM requirements<br />Modeling Advanced Radiation <br />Solar, Semi Transparent Mediums etc<br />Wavelength dependency,Spectrum definition, Specularity of surfaces, Refractive index, Radiation source feature<br />Ensuring adequate Human Comfort – PMV & PPD <br />
  34. 34. HVAC Module<br />Airflow optimization<br />Product thermal design<br />CFM requirements<br />Modeling Advanced Radiation <br />Solar, Semi Transparent Mediums etc<br />Wavelength dependency,Spectrum definition, Specularity of surfaces, Refractive index, Radiation source feature<br />Ensuring adequate Human Comfort – PMV & PPD <br />
  35. 35. Flow of propane (liquid) through a valve<br /><ul><li> Estimate volume flow rate for a given pressure drop </li></li></ul><li>Flow of fluid (air) through a manifold design<br /><ul><li> Estimate pressure drop for a given volume flow rate between inlet and each of the outlet ports
  36. 36. Understand the flow of air through the piping system
  37. 37. Simulate carbon particles in the stream and see their accumulation in the pipes</li></li></ul><li>Wind Loading on a semi submersible rig<br /><ul><li> Wind load = 120 miles/hr
  38. 38. Wave load = 50 miles/hr
  39. 39. Surface pressure distribution
  40. 40. Flow trajectories to understand air flow
  41. 41. Export loads to Simulation</li></li></ul><li>Flow around a Drill bit<br />

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