Boeing-747 _ Final_Project of Boeing

Objective:

To model parts of Boeing 747 in SolidWorks and assembl them and then rendered for photo realistic view using SolidWorks Visualize.

Introduction:

Boeing 747-8 is a wide body aircraft being the largest variant of the 747 is modelled using the Solidworks. The below data shows the specifications of the aircraft used for designing.

• Seats (3-class) - 410
• Range - 14310 km
• Length - 3m
• Wingspan - 4m
• Height (Overall) - 4m
• Height (nose to ground) - 8m
• Engine - GEnx-2B

Blue Prints:

Fuselage:

Fuselage is the mainbody of an aircraft which facilitates the space for passengers, driver cabin

Features used:

• sketch
• Reference Plane
• Surface Loft
• Thicken
• Mirror

Belly Fairing:

It is placed below the fuselage to provide extra space for cargo or fuel

Features used:

• Sketch
• Boss Extrude
• Fillet
• Combine
• Mirror
• Combine

Nose Cone:

It is the front of the fuselage which reduces the drag on body of aircraft

Features Used:

• Sketch
• Split Line
• Fillet
• Mirror
• Sweep

Pitot Tubes:

These are used to determine the spped of aircraft. An aircraft contains 2 pitot tubes on the right side and 2 on the other side

Features Used:

• Sketch
• Boss Extrude
• Sweep Base
• Chamfer
• Mirror

Cockpit Windows:

Simply known as winshield of pilot cabin. It provides visibility to the pilot in the cockpit

Features used:

• Split Line
• Surface Offset/Surface Copy
• Thicken
• Fillet

Windshield Wipers:

wipers are Used to clean the windows

Features used:

• Extrude Base
• Sweep Base
• Fillet
• Mirror
• Combine

Door and Hatches:

these are the doors and windows it cinsists 250 windows

Features used:

• Split Line
• Linear Pattern

Lights and Antennas:

these are used to help presence of plane

Features Used:

• Revolve Base
• Split
• Boss Extrude
• Fillet
• Draft
• Copy
• Linear Pattern

Auxiliary Power Unit:

It provides Energy Function

Featurs Used:

• Extrude cut
• Extrude Base
• Split Line
• Surface offset
• Thcicken
• Fillet
• Dome
• Mirror

Stabilizer:

These are used to provide stability for aircraft. A vertical stabilzer is placed ate the rear top of fuselage and two vertival stabilizers are provided at the rear of plane on both sides

Features Used:

• Lofted Base
• Extrude Cut
• Mirror
• Surface offset
• Thcken
• Fillet

Wing:

It is used to produce the lift required for aircraft takeoff. There are 2 wings placed on each side of plane

Features Used:

• Projected Curve
• Lofted Base
• Reference Planes
• Variable Fillet

Flap and Ailerons:

Flaps reduces the stalling speed and ailerons aids in controlling lateral balance

Fratures Used:

• Extrude Cut
• Split Line
• Surface offset
• Thicken
• Fillet

Flap Track Fairing:

features used:

• Extrude Base
• Split
• Variable Fillet
• Constant Radius Fillet
• Copy
• Mirror

Landing Gear Hatches closed:

Features Used:

• Split Line
• Surface Offset
• Thicken
• Fillet
• Extrude cut
• Refernece planes
• Sweep surface
• Ectrude Base
• Fillet

Livery:

Features Used ;

• Split Line

Main Gear Base:

Features Used:

• Extrude Base
• Extrude cut
• Linear Pattern
• Curicular Pattern
• Fillet
• Sweep Base

Nose Gear Base:

.

Features Used:

• Extrude BAse
• Extrude Cut
• Linear Pattern
• Circular Pattern
• Mirror
• Combine
• Fillet

Main Gear Suspension Arm:

Features Used:

• extrude Base
• Extrude Cut
• Mirror
• Fillet

Nose Gear Suspension Arm:

Features Used:

• Extrude Base
• Extrude Cut
• Fillet

Wheel:

Features Used:

• Revolve base
• Revolve Cut
• Extrude Base
• Extrude Cut
• Circular pattern
• Mirror

Engine:

Features Used:

• Revolve Base
• Split
• Shell
• Extrude Cut
• Fillet
• Circular Pattern
• Loft Surface
• Thicken
• Chamfer
• Variable Fillet
• Combine

Assembly of the Main Gear and Nose Gear:

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Coclusion:

In this Boeing 747 we learn how desgin the plane abd the how desgin the heavy load model

Rendring Images: