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ME 414: Project #1

ME 414: Project #1. Design Team Members: Andy Cash Kyle Bredehoeft Alan Koers Brent Miller Presentation Date: May 5, 2006. Project Definition. NASA Requests a quote: To design a heating and ventilation system for an arctic research facility located at the North Pole.

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ME 414: Project #1

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  1. ME 414: Project #1 • Design Team Members: Andy Cash Kyle Bredehoeft Alan Koers Brent Miller • Presentation Date: May 5, 2006

  2. Project Definition • NASA Requests a quote: • To design a heating and ventilation system for an arctic research facility located at the North Pole. • Contains four researchers • Inside temperature to be maintained at 25 °C • Outside temperature is a constant -40 °C • No cooling system needed for obvious reasons

  3. Design Constraints • Ducts formed from rubber coated sheet metal: • Sheet Size: 70” x 90” • Relative roughness: 2mm • Outside Walls 12” thick • Inside Walls 8” • Register location is fixed • Register Size: 6” x 16” • Occupants Require 8 liters of fresh air per minute

  4. Resistance Network

  5. Room #1 Heat Loss & Cost

  6. Room #1 Mass Flow Rate

  7. Fresh Air Heating

  8. Heat Generation fromBuilding Occupants

  9. Flowmaster Room Model Return Junction Piping Register

  10. Flowmaster Model

  11. Flowmaster Results

  12. Housing Layout Room 1 Room 2 Room 3 Room 4 Room 5

  13. Solid Model Duct Routing FRESH AIR OUTLET FRESH AIR INLET

  14. Duct Routing Close-up

  15. Duct Work System

  16. Building Front Section View

  17. Material & Labor Costs

  18. 800 CFM Fan Curve

  19. 800 CFM Fan Results

  20. Fresh Air Inlet Results

  21. 800 CFM Pressure Distribution

  22. 800 CFM Pressure Distribution

  23. 800 CFM Velocity Distribution Room Air Velocity Below Comfort Threshold of 0.15 m/s

  24. 800 CFM Flow Trajectory

  25. 800 CFM Flow Trajectory

  26. 800 CFM Pressure Dropand Air Changes per Hour

  27. Blower Comparison • Note: • 2000 CFM Blower vel_max exceeds 100 m/s • Fresh Air Delivery Insufficient

  28. Blower Operation Cost/Month

  29. Monthly Heating Requirements & Costs • Note: • Total Bldg Q=14,651 BTU/hr • Basement not heated

  30. Risk Assessment and Contingency High Impact Low Event of Furnace or Blower Failure High Likelihood • Gather at Central Bldg Location • Start Generator and Resistance heater Low

  31. Risk Assessment and Contingency High Impact Low Fresh Air Ventilation System Frost or Other Blockage High Likelihood • Remove Blockage • Insure Safe Oxygen Levels Low

  32. Cost Summary

  33. Questions • Special Thanks to: Billy Holland Professor Toksoy

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