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3.2 Using Solidworks for Propeller Blade Geometry .. 3.2.1 Propeller Foil Sections ... 3.2.2 Propeller Blade Surface Development... 3.3 Simulations using CosmosFloWorks .. 3.4 Simulations using CosmosWorks .. 4 Case Study: Simulation ofan AUV Propeller... 5 Case Snldy: Simulation ofa Marine Propeller Provided by Oceanic Consulting Corporation .. Propeller Fabrication by Rapid Prototyping .... 7 Conclusions and Future Work .. 7.1 Conclusions... 7.2 Future Work .. References..... Appendix A: The Part ofOpenPYL_SW MATLAB Source Code for Genemting . 47 . 48 ..... 56 . 60 . 66 . 76 . 88 ..................... 98 ..... 105 .105 ...................... 106 . 107 Propeller Geometry in SolidWorks... . . 111 Appendix B: SolidWorks Maero for the AUV Propeller Geometry:. . 119
List ofTables Table I: Required Input Data for Lifting Line Method and Panel Method 9 Table 2: Advantages and Disadvantages of Each NACA Series 22 Table 3: Prototyping Technology Materials.. . 35 Table 4: Processes of Propeller Design by Open_PYL and OpenPYL_SW.. . 46 Table 5: The infomlation ofNACA 631\006 and mean line a=0.8 (modified).. . 55 Table 6: Simulation Results ofthe Three Propellers... Table 7: StrataSys FDM 2000 Specifications .. vi ...... 83 . ... 99
Page 4: A Rapid Development Process for Mar
Page 7: Table of Contents Abstract ... Ackn
Page 12 and 13: Figure 46: Surface Dynamic Pressure
Page 14 and 15: a long time to analyze, draw, fabri
Page 16 and 17: Simulation work is now commonly don
Page 18 and 19: Early theoretical analysis applied
Page 20 and 21: ------------------------- provides
Page 22 and 23: As can be secn in Table I, the lift
Page 24 and 25: propeller geometry has to be entere
Page 27: avoid cavitation; however, it decre
Page 31: l" ........... ,... __ .... :l ,,_
Page 34: Table 2: Advantages and Disadvantag
Page 41 and 42: trend for many companies to reduce
Page 43 and 44: fluxes through a particular control
Page 45 and 46: known as a casting, is usually ejec
Page 47 and 48: Table 3: Prototyping Technology Mat
Page 49: quite accuratc for a testing level.
Page 54 and 55: For given values ofJ, Fn, Rn, En, t
Page 56: propeller geometry for impon into t
Page 59 and 60:
Using OpenPVL_SW I a propeller desi
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o ...n".... 'Co 'OJ • • • DC)
Page 72 and 73:
3.3 Simulations using CosmosFloWork
Page 75 and 76:
simulation domain are set to 6m and
Page 79:
CosmosWorks can be used to check th
Page 82:
Figure 33: Dynamic Pressure Distrib
Page 88:
Chapter 4 Case Study: Simulation of
Page 94 and 95:
The plots of RPM and thrust from ou
Page 96 and 97:
Figure 46: Surface Dynamic Pressure
Page 98:
Figure 48: Deflection ofthe AUV Pro
Page 102:
In this simulation, two nose cones
Page 110 and 111:
Chapter 6 Propeller Fabrication by
Page 112 and 113:
Figure 60: Stratasys rDM 2000 After
Page 115 and 116:
Material options for Stratasys Fusi
Page 117 and 118:
Chapter 7 Conclusions and Future Wo
Page 119 and 120:
References III Burtner, E., 1953, "
Page 121 and 122:
[20] D'Epagnier, P.K., 2005, "A Com
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Appendix 1\: The Part ofOpcnPVL_SW
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Create all of the function commands
Page 131:
Appendix B: SolidWorks Macro lor th
Page 134:
'create loft swModcl.ClearSelcction
show all

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