Pagani Zonda Group 6 - Kyle White, Matt Rhodes, Susan Le, Chris - PowerPoint PPT Presentation

Pagani Zonda Group 6 - Kyle White, Matt Rhodes, Susan Le, Chris Novotney

Pagani Zonda Selected Body Concept (http://storage.pagani.com/view/1024/DSC70711024.jpg) (http://commons.wikimedia.org/wiki/File:2010-Pagani-Zonda-Tricolore-4.jpg) Body Style Concept: Color Scheme Concept: Zonda Cinque Zonda Tricolore

Surface Planning ● Sweeps ● Multi-section Surfaces ● Fills ● Blends ● Extrudes

3D Mesh and Wireframe ● Heal and orient mesh ● Split by vertical symmetry plane ● Mesh mirrored over symmetry plane ● Wireframe created by placing points on major body lines and producing splines/3D curves ● Symmetrical wireframe elements mirrored across symmetry plane

Organization ● Separate geometric sets for wireframe and surfaces ● Final surfaces have their own geometric set ● Assembly for non-integrable accessories ● Initial panel-by-panel geometrical sets made for unrealistic organization

Analysis ● Analysis tools were used to: gauge how well surface ○ boundaries blended together check for inflections in curvature ○ ○ check connexity check for manifold elements ○ ● Results were used to repair connexity via surface healing and curve smoothing

Mold Creation - Upper Fender Panel Male Mold including draft angle: ● extraction of boundary ● projection of boundary ● parallel curve Improvements that could be made: added ● blend flange at edge of part for tooling boundary ● extrusion ● close surface

Accessories ● Front Splitter ● Roof Scoop ● Fender Scoops ● Rear Spoiler

Front Splitter ● Modeled after Zonda Cinque splitter ● Easy Integration with car (wireframe included 3D curves from mesh) ● Designed to be more streamlined on bottom than top ● Usage of multi-section solids and sweeps for body, and extrudes to trim

Fender Scoops ● Easy Integration with car ● Realistic Look ● Built with multi-section surfaces and sweeps

Hood Scoop ● Fit with body ● Flow together ● Look functional ● Built with multi-section surfaces, blends, and fills

Spoiler ● Similar appearance to rear spoiler on Zonda Cinque ● Variable airfoil geometry ● Usage of multi-section surfaces, extrudes, sweeps, fills, and fillets

Finished Surface

Full Render

Conclusion ● Better Surface Planning ● Better Geometric Set Organization ● Simplified Wireframe Shapes ● Focus on Trimming and Splitting Surfaces ● Build accessories without mesh references for better integration ● Overall Good Result