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Page 1: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Historical Developments

Why Do Aerospace Vehicles Look the Way They Do?

Page 2: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Engineering Contexts• We can look at designs of anything in

terms of their context.• What made these objects the way they

are?– Roman Aqueducts– Pyramids of Egypt– Nintendo DS

Page 3: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Things to Consider

• What is going on in history?• What is the need? • What problems does the need create?• What customers will want to buy the

product? • How much money do they have?• What technology is needed to make it happen?• What are the resulting products?

Page 4: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Keep Asking “Why?”

• Why do objects look the way they do?• What made them like that?

Let’s Look at Aerospace Vehicles

Page 5: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Why Would You Use a Seaplane?

• Land on water– Patrol– Fishing– Submarine hunting

• What is unique about these aircraft? • Why aren’t these components on all aircraft? • Wouldn’t it be nice to always have the option to

land on water?

Page 6: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Why Would You Use a Helicopter?

• Land and take off vertically– Saving lives– Delivering supplies– Maintaining law and order– Maneuvering into small locations

• What is unique about these aircraft? • Why can’t all aircraft do this? • Wouldn’t it be nice to always have the

option to land vertically?

Page 7: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Why Would You Use a Sailplane?

• No motor– Recreation– Assault (WWII assault gliders)– Returning space shuttles

• What is unique about these aircraft? • Why can’t all aircraft do this?

Page 8: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Why Would You Use an Airship?

• Lighter-than-air gases are added to a big bag to provide lift– Carry large payloads– Fly quietly– Advertisements

• What is unique about these aircraft?

• Why can’t all aircraft do this?

Page 9: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Why Would You Use a Rocket?

• High speed and high power transportation both within the Earth’s atmosphere and in space– Military– Research– Launching probes and satellites– Space travel

• What is unique about these aircraft?

• Why can’t all aircraft do this?

Page 10: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Why Would You Use a Hot Air Balloon?

Page 11: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Why Would You Use an Airplane?

Page 12: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Why Would You Use a Rocket or Space Shuttle?

Page 13: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Why Would You Use an Unmanned Aerospace Vehicle

(UAV)?

Page 14: Historical Developments Why Do Aerospace Vehicles Look the Way They Do?

Image Resources

Lockheed Martin. (2009). Products. Retrieved June 3, 2009, from http://www.lockheedmartin.com/products/

Microsoft, Inc. (2009). Clip art. Retrieved June 4, 2009, from http://office.microsoft.com/en-us/clipart/default.aspx


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