Challenge

Photo Realistic Rendering

RRumman Khan6 Jun 2022

AMMERICAN CHOPPER RENDERING:-

Objective: To learn and apply different SOLDWORKS commands/features to design an American Chopper Bike and
render it.

Introduction: This report contains details about design of American Chopper bike using SOLIDWORKS, PhotoView 360,
SOLIDWORKS Visualize. SOLIDWORKS is a 3d CAD design software and it was used in this project for modeling all the
bike components and assemble them using proper mates and relations. PhotoView 360 is a visualization and
rendering tool for creating photo-realistic renderings of your designs. SOLIDWORKS Visualize is a tool used to turn
your CAD data into realistic photo-quality images.

Design Methodology:

The steps followed in the process are as follows,

FIG 1:- DESIGN METHODOLGY FLOW CHART.

As bikes have various components, first we need to design all the components of the bike. Then in order to design the
bike, we need to assemble all the parts with proper mates (relations) between them, to form the assembly. Further
the assembly is given appropriate appearances and lighting effects to produce photorealistic rendering images of
the assembly.

Tools and Features:

1:-Chamfer: Chamfer is used to give a sloped or angled corner to otherwise sharp edge.

2:-Combine: Copnbine feature allows you to acd two bodies together and keep the area that is common to both

3:-Dome: As the name suggests, dome feature is used to provide dome shape to surtaces.

4:-Extrude: Extrude feature allows to form 3D solid body from surface or plane.

5:-Fillet: Fillet is used to give rounded shape to (internal or external edges) otherwise sharp edges.

6:-Loft: Loft feature allows you to generate complex geometry in a single feature by specifying cross sections
made from faces and profiles of closed sketches.

7:-Mirror: As the name suggests, mirror feature allows you to create an opposite hand version of a part.

8:-Pattern: Pattern tool allows you to create patterns of desired parts/sketches along open or closed curves,
edges, surfaces etc.

9:-Projected curve: This tool allows you to create a projected curve, from 2 different curves. The resultant curve is
the intersection of surfaces formed by the two curves.

10:-Revolve: This feature allows you to revolve a closed sketch around a selected axis of rotation to form solid body.

11:-Shell: Shell tool hollows out a part and creates thin-walled features on all sides, leaving the selected faces
open.

12:-Split surface: As the name suggests, split surface feature allows you to split a surface into two separate
surfaces.

13:-Surface knit: Surface knit feature is used to merge 2 surfaces into one surface.

14:-Surface loft: Surface loft feature is used to generate complex surfaces by specifying cross sections made from
sketches.

15:-Surface sweep: As the name suggests, sweep surface command allows you to sweep a surface along a given
curve, to form a complex surface geometry.

16:-Sweep: Sweep command is used to sweep a feature along a provided curve to form a solid body.

Description:

Parts of the Chopper Bike:

1. Chain:-

Fig.2 Chain

Chain is used to transmit power from the engine to rear wheel through sprockets. The features used for modeling the
chain are,
• Extrude
• Pattern
• Mirror
• Fillet

2. Chassis:-

Fig.3 Chassis

Chassis is the supporting frame of a vehicle on which various components of the vehicle are mounted. The features
used for modeling the chassis are,
- Extrude
- Mirror
- Fillet
- Chamfer
- Dome
- Sweep
- Split
- Combine
- Revolve

3. Engine:-

Fig. 4 Engine

Engine is the power source of a vehicle. The features used for modeling the engine are,
• Extrude
• Revolve
• Dome
• Fillet
• Chamfer
• Pattern
• Mirror
• Split
• Combine
• Sweep

4. Front Fender:-

Fig.5 Front Fender

The primary purpose of the fender is to prevent mud, dust and rocks from being thrown towards the rider or bike
components. The features üsed for modeling the front fender are,
- Revolve
- Split
- Fillet

5. Front Fork:-

Fig.6 Front Fork

The front fork connects wheel and axle to the vehicle chassis. The features used for modeling the front fork are,
• Revolve
• Extrude
• Pattern
• Dome
• Fillet
• Sweep
• Projected curve
• Combine

6. Front Wheel:-

Fig.7 Front Wheel

Front wheel helps to turn the vehicle while moving. The features used for modeling the front wheel are,
-Revolve
-Extrude
-Fillet
-Pattern
-Chamfer

7. Gas Tank:-

Fig.8 Gas Tank

Gas tank holds the fuel and form important point of contact between bike and rider. The features used for modeling
the gas tank are,
- Surface sweep
- Surface trim
- Projected curve
- Surface loft
- Split line
- Mirror
- Surface knit
- Fillet
- Shell

8 Kickstand:-

Fig.9 Kickstand

Kickstand allows the bike to stand upright without any external support. The features used for modeling the kickstand
are,
• Loft
• Dome
• Extrude
• Split
• Fillet

9. Oil Tank:-

Fig.10 Oil Tank

It simply holds the oil. The features used for modeling the oil tank are,
- Extrude
- Combine
- Fillet
- Shell

10. Pedal:-

Fig.11 Pedal

Pedals are used to operate brakes or switch gears in the vehicle. The features used for modeling the pedal are,
• Extrude
• Fillet
• Dome
• Chamfer
• Pattern

12. Rear Fender:-

Fig.12 Rear Fender

The primary purpose of the rear fender is to prevent mud, dust and rocks from being thrown towards the rider or bike
components. The features used for modeling the rear fender are,
• Revolve
• Split
• Fillet
• Shell

12. Rear Wheel:-

Fig.13 Rear Wheel

The rear wheel is the powered wheel in bikes. It propels the bike. The features used for modeling the rear wheel are,
- Revolve
- Extrude
- Pattern
- Combine
- Fillet
- Chamfer

13. Transmission Belt:-

Fig.14 Transmission Belt

As the name suggests, main function of transmission belt is to transmit power. The features used for modeling the
transmission belt are,
• Extrude
• Fillet

Assembly Views:-

1:- CAMERA VIEW:-