Radar Mast & Final Assembly of Yacht

SUNSEEKER PREDATOR YACHT

Objective

To understand,

• Surface modelling.
• assembling the yacht
• Scene setup in solidworks visualize to create renders.

Introduction

In this project we learnt

• the various features of surface modelling
• knitting and converting the surfaces into a solid
• assembling of the yacht
• to create renders for the model or final assembly

Design Methadology

Parts

Above parts were created using following features.

• Projected Curve - Creates a 3D curve from 2 different sketches.

• Lofted Surface - Creates a lofted surface between two or more profiles/sketches.

• Surface trim - Trims a surface beyond intersection of two surfaces.

• Surface extrude - Creates an extruded surface from a selected sketch.

• Surface knit - It knits multiple surfaces together to create a single surface.

• Surface fill - Creates a surface between a boundary defined by edges.

• Shell - It makes a solid body hollow.

• Boss Extrude - Extrudes a solid body with reference to a sketch.

• Cut Extrude - Cuts material from a solid body with reference to the sketch.

• Fillet - Converts an edge into a curved surface.

• Chamfer - Converts an edge into a sloping edge.

• Swept Boss - Sweeps a body with reference to a sketch and a path.

• Revolved Boss - Creates a revolved feature with reference to a sketch and axis.

• Surface Offset - Creating a new surface at an offset from original surface.

• Split Line - projects a sketch onto a surface.

• Mirror - Mirrors features or bodies.

• Surface Swept - Sweeps a surface with reference to a sketch and a path.

• Ruled Surface - Inserts ruled surfaces in a specified direction from the edges.

• Dome - Creates a dome structure on a selected face.

• Circular pattern

• Linear pattern

Assembly

Renders

Conclusion

Understood the various features required for surface modelling and how to create a final solid model out of various surfaces.

Understood setting up scenes and environments for renders.