Challenge

Radar Mast & Final Assembly of Yacht

Yacht Assembly

Objective

The Main objective is to design individual parts of yacht in Solidworks.
Assembly of modeled parts of yacht in Solidworks.
Rendering of Assembled yacht in PhotoView360. In addition, setting up cameras, Decals, and lights.

Methodology

Propeller

Line, Circle and Spline were used to create sketch with appropriate dimensions and relations.
Boss-Revolve is used to revolve 2D sketch around a reference to make a solid body.
Lofted boss was used to create surface between the profiles.
Cut-Extrude was used to subtract solid portion from the body.
Reference plane was created to construct more reference.
Circular pattern was used to make a pattern of feature or body along with circular reference.

Radar

Line, Arc, Hexagon, convert entities and intersection curves were used to create sketch with appropriate dimensions and relations.
Boss-Revolve is used to revolve 2D sketch around a reference to make a solid body.
Boss Extrude was used to create a solid body from 2D sketch.
Boss sweep was used to create a solid body along the profile curve.
Cut-Extrude was used to subtract solid portion from the body.
Mirror tool was used to mirror feature as well as sketch with reference.
Split line was used to split or separate solid bodies.
Sketch-pattern was used to create a pattern of feature or body along with reference sketch.
Text was used to create a text on the face.

Blueprint Setup

Hull

Line, Circle, Arc, Spline, convert entities and intersection curves were used to create sketch with appropriate dimensions and relations.
Offset entities were used to offset or duplicate existing lines.
Boss Extrude was used to create a solid body from 2D sketch.
Boss sweep was used to create a solid body along the profile curve.
Surface Loft was used to create a surface along the profile.
Surface extrude was used to create an extruded surface.
Knit-surface tool was used to combine adjacent non-intersecting features.
Boundary-surface was used to create a boundary from the closed profile.
Surface sweep was used to create a sweep profile along the sketch.
Cut-Extrude was used to subtract solid portion from the body.
Helix\Spiral was used to create helix or spiral sketches.
Mirror tool was used to mirror feature as well as sketch with reference.
Split line was used to split or separate solid bodies.
Linear pattern was used to pattern feature or body along with linear reference.

Garage Door

Line was used to draw a line and create sketch with appropriate dimensions and relations.
Cut-Extrude was used to subtract solid portion from the body.
Reference plane was created to construct more reference.
Chamfer was used to convert sharp edges into bevel edges.
Mirror tool was used to mirror feature as well as sketch with reference.
Text was used to create a text on the face.
Shell feature was used to convert solid bodies to shells.

Front Seat

Line and Spline were used to create sketch with appropriate dimensions and relations.
Surface extrude was used to create an extruded surface.
Surface sweep was used to create a sweep profile along the sketch.
Surface Trim was used to trim unwanted surfaces.
Knit-surface tool was used to combine adjacent non-intersecting features.
Boundary-surface was used to create a boundary from the closed profile.
Cut-Extrude was used to subtract solid portion from the body.
Boss-Revolve is used to revolve 2D sketch around a reference to make a solid body.
Mirror tool was used to mirror feature as well as sketch with reference.
Dome was used to create a dome on flat surfaces.
Chamfer was used to convert sharp edges into bevel edges.

Middle Seat

Rear Seat

Line and Spline were used to create sketch with appropriate dimensions and relations.
Boss Extrude was used to create a solid body from 2D sketch.
Cut-Extrude was used to subtract solid portion from the body.
Reference plane was created to construct more reference.
Surface extrude was used to create an extruded surface.
Surface Trim was used to trim unwanted surfaces.
Knit-surface tool was used to combine adjacent non-intersecting features.
Surface Loft was used to create a surface along the profile.
Surface offset was used to offset a surface.
Surface extend was sued to extend a surface.
Ruled surface was used to create a surface along the edges.
Surface sweep was used to create a sweep profile along the sketch.
Mirror tool was used to mirror feature as well as sketch with reference.

Superstructure

Line, Spline, convert entities and intersection curves were used to create sketch with appropriate dimensions and relations.
Surface extrude was used to create an extruded surface.
Surface Trim was used to trim unwanted surfaces.
Knit-surface tool was used to combine adjacent non-intersecting features.
Surface Loft was used to create a surface along the profile.
Surface offset was used to offset a surface.
Surface extend was sued to extend a surface.
Ruled surface was used to create a surface along the edges.
Surface sweep was used to create a sweep profile along the sketch.
Boss Extrude was used to create a solid body from 2D sketch.
Boss-Revolve is used to revolve 2D sketch around a reference to make a solid body.
Cut-Extrude was used to subtract solid portion from the body.
Delete was used to delete unwanted faces.
Mirror tool was used to mirror feature as well as sketch with reference.
Chamfer was used to convert sharp edges into bevel edges.

Radar Mast

Line, Circle, Arc, Spline, and intersection curves were used to create sketch with appropriate dimensions and relations.
Boss Extrude was used to create a solid body from 2D sketch.
Boss-Revolve is used to revolve 2D sketch around a reference to make a solid body.
Dome was used to create a dome on flat surfaces.
Mirror tool was used to mirror feature as well as sketch with reference.
Chamfer was used to convert sharp edges into bevel edges.

Assembly & Rendering of Yacht

Front View

Top View

Side View

Conclusion

Hence, Yacht parts were modelled and assembled in Solidworks assembly environments.

Ship work like this
in your own course.