cad portfolio
DESCRIPTION
CAD modeling portfolioTRANSCRIPT
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Fred Kim CAD Portfolio
Buoyancy: !"#$% = !"#$!"$$"% !"#$% = 59,258 ! 0.03611 ! = 2139.8 !"!#$ (!"#$ +!"#$%) 0.5 !"#$% , then the boat is at least 50% buoyant. !"!#$ = 401 + 500 = 901 2139.82 = 1069.9 = !"#$% , 50% . Cost: Total masses Aluminum = 5.021 lbm $0.50/lbm Polycarbonate = 344.869 lbm $2.00/lbm PVC =19.645 lbm $0.75/lbm Stainless steel = 31.243 lbm $0.45/lbm Total Cost = $721.04
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Rear Wheel Assembly Mass = 64.51 pounds Center of mass: ( inches ) X = 0.00 Y = -0.33
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Z = 0.83 Interference Table Part 1 Part 2 Type Interference Design Change Stud Hex nut Thread N/A Wheel Knockoff Chamfer Same Diameter
Chamfer Knockoff Axle Thread N/A Axle Snapring Protruding snapring N/A (Flexible
snapring) Wheel Stud Round vs. V-Hole Make Stud V-Shape Axle Inboard Bearing Round Remove Round
Part: Wheel Mass = 40.25 pounds Center of mass: ( inches ) X = 0.00
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Y = 0.00 Z = 0.76
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Figure 1: Standard 3-View and Isometric View of Pipe wrench with dimensions (ANSI Inches)
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Figure 2: Exploded Isometric View of Pipe wrench Assembly with Bill of Materials
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Mass engine: 44.352kg Center of mass: (0.00mm, 27.94mm, 51.66mm) xyz Interference Table: Part 1 Part 2 Type of Interference Design Change Flywheel Crankshaft Mismatched rounds Set rounds equal hex lock nut m3x0.5
socket head cap screw m3 x 0.5 x 14
Mismatched thread
Set thread diameters (major/minor) equal
Crankshaft hex nut m14x2
Mismatched thread Set thread diameters (major/minor) equal