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Anonymous1770369167
02-06 11:30
Model Name
flywheel 3d model
Tags
machine
rendering
realistic
Prompt
3D AI SolidWorks Visualizer Prompt – Cast Iron Flywheel (Four Arms) Create a highly detailed 3D parametric CAD model of a cast iron flywheel used in a mechanical punching machine to store and release energy. General Settings CAD style: SolidWorks Units: Millimeters (mm) Material: Cast Iron Density: 7200 kg/m³ Allowable tensile stress: 6 MPa Manufacturing method: Casting with machining Fully symmetric and dynamically balanced design Flywheel Rim Mean radius of rim: 600 mm Outer radius: 650 mm Inner radius: 550 mm Rim cross-section: Rectangular Rim thickness (radial): 100 mm Rim width (axial): 200 mm Rim carries 90% of total flywheel mass Add 3 mm chamfers on outer edges Hub Hub outer diameter: 180 mm Shaft hole diameter: 60 mm Hub axial length: 220 mm Central keyway: Width: 18 mm Depth: 5 mm Smooth fillets (radius ≥ 12 mm) at hub-arm junctions Arms Number of arms: 4 Arms equally spaced at 90 degrees Arm profile: Elliptical or rectangular tapered section Arm width: 70 mm Arm thickness: At hub end: 50 mm At rim end: 35 mm Arms slightly curved to reduce bending stress Large fillets at arm-rim junctions to minimize stress concentration Performance Requirements Designed for: Speed: 300 rpm Energy fluctuation per cycle: 4 kJ Coefficient of fluctuation of speed: 0.04 Ensure mass distribution satisfies moment of inertia ≈ 203 kg·m² Total flywheel mass ≈ 625 kg Modeling Instructions Use revolve features for rim and hub Use extruded or swept features for arms Fully constrain all sketches Apply material properties and calculate mass Ensure clean topology suitable for SolidWorks Visualizer rendering Output Final solid model Engineering-accurate geometry Ready for stress analysis, animation, and photorealistic rendering
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