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Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

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Page 1: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Utah School of Computing

Utah School of Computing

Classic Designs

Classic Designs

Sam Drake

Rich RiesenfeldFall 2009

Sam Drake

Rich RiesenfeldFall 2009

Lect

ure

Set

17

Page 2: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 2slide 2Fall 2009Fall 2009

AutomotiveAutomotive

• Model T Ford ~1910 – 1928• VW Beetle ~1936 – 2003• Chevrolet Corvette 1953 – 2003• Porsche 911 ~1960 – 2003• Morris Mini-Minor ~1960 – 1980s• Ford Mustang 1964 – 2003• Pontiac GTO ~1964 – 1978• Chrysler Mini-van ~1982 – 2003

• Model T Ford ~1910 – 1928• VW Beetle ~1936 – 2003• Chevrolet Corvette 1953 – 2003• Porsche 911 ~1960 – 2003• Morris Mini-Minor ~1960 – 1980s• Ford Mustang 1964 – 2003• Pontiac GTO ~1964 – 1978• Chrysler Mini-van ~1982 – 2003

Page 3: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 3slide 3Fall 2009Fall 2009

Model T FordModel T FordFord built 15,000,000 automobiles with the Model "T" engine, the longest run of any single model apart from the Volkswagen Beetle.

Page 4: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 4slide 4Fall 2009Fall 2009

Ford Model TFord Model T

• First mass produced vehicle- Available to average person

• Prices dropped as production increased for a number of years

• Not a very good design- Had serious front suspension problems- Should have been phased out sooner

• First mass produced vehicle- Available to average person

• Prices dropped as production increased for a number of years

• Not a very good design- Had serious front suspension problems- Should have been phased out sooner

Page 5: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 5slide 5Fall 2009Fall 2009

VW BeetleVW Beetle

Page 6: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 6slide 6Fall 2009Fall 2009

VW BeetleVW Beetle

• Advanced design for 1930s- Unibody design- Integrated powertrain

• Designed by Ferdinand Porsche• Continually improved• Relatively poor performance

• Advanced design for 1930s- Unibody design- Integrated powertrain

• Designed by Ferdinand Porsche• Continually improved• Relatively poor performance

Page 7: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 7slide 7Fall 2009Fall 2009

Chevrolet CorvetteChevrolet Corvette

Page 8: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 8slide 8Fall 2009Fall 2009

Chevrolet CorvetteChevrolet Corvette

• First production car with composite body• Early use of Fuel Injection, 1957• Early use of 4W independent suspension,

1963 • Early use of 4W disk brakes, 1965• Other innovative use of materials• Very high performance with relatively low

price and good driveablity

• First production car with composite body• Early use of Fuel Injection, 1957• Early use of 4W independent suspension,

1963 • Early use of 4W disk brakes, 1965• Other innovative use of materials• Very high performance with relatively low

price and good driveablity

Page 9: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 9slide 9Fall 2009Fall 2009

Porsche 911Porsche 911

Page 10: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 10slide 10Fall 2009Fall 2009

Porsche 911Porsche 911

• Same basic body style and layout since early 60’s

• Relatively high performance especially in recent years.

• Same basic body style and layout since early 60’s

• Relatively high performance especially in recent years.

Page 11: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 11slide 11Fall 2009Fall 2009

Morris Mini-MinorMorris Mini-Minor

Page 12: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 12slide 12Fall 2009Fall 2009

Morris Mini-MinorMorris Mini-Minor

• Defined the layout of most contemporary cars- Front wheel drive with transverse engine

• Very efficient use of space• Innovative use of elastomers in

suspension• Designed by Moulton

• Defined the layout of most contemporary cars- Front wheel drive with transverse engine

• Very efficient use of space• Innovative use of elastomers in

suspension• Designed by Moulton

Page 13: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 13slide 13Fall 2009Fall 2009

Ford MustangFord Mustang

Page 14: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 14slide 14Fall 2009Fall 2009

Ford MustangFord Mustang

• Moderate performance car derived from basic compact car (Ford Falcon).

• Championed by Lee Iococca• Romanticized by Marketing

- “Un homme et une femme,” 1966 film hit, featured a Mustang

- It was chic (didn’t do hip), at the time

• Moderate performance car derived from basic compact car (Ford Falcon).

• Championed by Lee Iococca• Romanticized by Marketing

- “Un homme et une femme,” 1966 film hit, featured a Mustang

- It was chic (didn’t do hip), at the time

Page 15: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 15slide 15Fall 2009Fall 2009

Pontiac GTOPontiac GTO

Page 16: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 16slide 16Fall 2009Fall 2009

Pontiac GTOPontiac GTO

Page 17: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 17slide 17Fall 2009Fall 2009

Pontiac GTOPontiac GTO

• Defined the muscle car era• Mid sized car with large high

performance engine• GTO by Ronny and the Daytonas

- “Gonna save all my money and buy a GTO”• 409 by The Beach Boys

• Defined the muscle car era• Mid sized car with large high

performance engine• GTO by Ronny and the Daytonas

- “Gonna save all my money and buy a GTO”• 409 by The Beach Boys

Page 18: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 18slide 18Fall 2009Fall 2009

Chrysler Mini-VanChrysler Mini-Van

Page 19: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 19slide 19Fall 2009Fall 2009

Chrysler Mini-VanChrysler Mini-Van

• Defined the contemporary mini-van- Front wheel drive with transverse engine

• New concept, very efficient use of space• Based on Chrysler “K-car”• Championed by Lee Iococca• Met major need for many households

- More headroom, more comfortable- Replaced standard family Ford stationwagon

• Defined the contemporary mini-van- Front wheel drive with transverse engine

• New concept, very efficient use of space• Based on Chrysler “K-car”• Championed by Lee Iococca• Met major need for many households

- More headroom, more comfortable- Replaced standard family Ford stationwagon

Page 20: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 20slide 20Fall 2009Fall 2009

AircraftAircraft• Early Curtiss aircraft• Douglas DC-3• Japanese Zero Fighter• North American P-51 Mustang• Messerschmidt ME262 Jet Fighter• Piper Cub, Cessna 182/Skyhawk• Boeing 707

- Also, 727, 737, 747• General Dynamics F-16

• Early Curtiss aircraft• Douglas DC-3• Japanese Zero Fighter• North American P-51 Mustang• Messerschmidt ME262 Jet Fighter• Piper Cub, Cessna 182/Skyhawk• Boeing 707

- Also, 727, 737, 747• General Dynamics F-16

Page 21: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 21slide 21Fall 2009Fall 2009

Douglas DC-3Douglas DC-3

Page 22: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 22slide 22Fall 2009Fall 2009

Japanese Zero FighterJapanese Zero Fighter

Page 23: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 23slide 23Fall 2009Fall 2009

North American P-51 MustangNorth American P-51 Mustang

Page 24: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 24slide 24Fall 2009Fall 2009

Messerschmidt ME262 Jet FighterMesserschmidt ME262 Jet Fighter

Page 25: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 25slide 25Fall 2009Fall 2009

Piper CubPiper Cub

Page 26: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 26slide 26Fall 2009Fall 2009

Cessna SkyhawkCessna Skyhawk

Page 27: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 27slide 27Fall 2009Fall 2009

KC-135 Stratotanker KC-135 Stratotanker

Page 28: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 28slide 28Fall 2009Fall 2009

Boeing 707Boeing 707

Page 29: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 29slide 29Fall 2009Fall 2009

Boeing 707Boeing 707

• Backbone of longhaul jet air travel- Esp over North Atlantic

• Beat the competition to market- Dominated thereafter

• Not highly efficient by todays standards- Fuel was cheap

• Backbone of longhaul jet air travel- Esp over North Atlantic

• Beat the competition to market- Dominated thereafter

• Not highly efficient by todays standards- Fuel was cheap

Page 30: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 30slide 30Fall 2009Fall 2009

Boeing 727Boeing 727

• Short to Medium hual• Rear engine configuration• Agile in and out of airports

• Short to Medium hual• Rear engine configuration• Agile in and out of airports

Page 31: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 31slide 31Fall 2009Fall 2009

Boeing 737Boeing 737

World’s most successful aircraft.

Page 32: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 32slide 32Fall 2009Fall 2009

Boeing 747Boeing 747

• Medium haul airplane- High “take-off / landing” duty cycle

• Highly efficient for fleet use• Many economies • Reasonably comfortable

• Medium haul airplane- High “take-off / landing” duty cycle

• Highly efficient for fleet use• Many economies • Reasonably comfortable

Page 33: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 33slide 33Fall 2009Fall 2009

Boeing 747Boeing 747

Page 34: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 34slide 34Fall 2009Fall 2009

FirearmsFirearms

• Winchester 1894 Lever Action 1894 – 20??• Colt 1911 0.45 Automatic Pistol 1911 – 20??• FN recoil operated automatic shotgun• Remington gas operated automatic shotgun• Browning 0.50 caliper machine gun 1919 –

20??

• Winchester 1894 Lever Action 1894 – 20??• Colt 1911 0.45 Automatic Pistol 1911 – 20??• FN recoil operated automatic shotgun• Remington gas operated automatic shotgun• Browning 0.50 caliper machine gun 1919 –

20??

Page 35: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 35slide 35Fall 2009Fall 2009

Winchester 1894Winchester 1894

Page 36: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 36slide 36Fall 2009Fall 2009

Colt 1911Colt 1911

Page 37: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 37slide 37Fall 2009Fall 2009

FN Recoil Auto ShotgunFN Recoil Auto Shotgun

Page 38: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 38slide 38Fall 2009Fall 2009

Remington ShotgunRemington Shotgun

Page 39: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 39slide 39Fall 2009Fall 2009

Browning M2 50 CaliperBrowning M2 50 Caliper

Page 40: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 40slide 40Fall 2009Fall 2009

ComputersComputers

• IBM 360 Mainframe• Digital Equipment PDP-11 Mini

computers• Original Apple MacIntosh• Intel 80*86 based computers (Wintel

boxes)

• IBM 360 Mainframe• Digital Equipment PDP-11 Mini

computers• Original Apple MacIntosh• Intel 80*86 based computers (Wintel

boxes)

Page 41: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 41slide 41Fall 2009Fall 2009

Consumer ItemsConsumer Items

• 3M Scotch Tape, Posit Notes• Gillette Safety Razor• Bic Pen• Coke Bottle• Nikon F 35 mm camera

• 3M Scotch Tape, Posit Notes• Gillette Safety Razor• Bic Pen• Coke Bottle• Nikon F 35 mm camera

Page 42: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 42slide 42Fall 2009Fall 2009

Other CategoriesOther Categories

• Agricultural Equipment- John Deere Tractors

• Construction Equipment- Caterpillar D-series tractors

• Locomotives- EMD FT, F-3, F-7, SD40-2

• Motorcycles- Harley Davison V-Twin

• Agricultural Equipment- John Deere Tractors

• Construction Equipment- Caterpillar D-series tractors

• Locomotives- EMD FT, F-3, F-7, SD40-2

• Motorcycles- Harley Davison V-Twin

Page 43: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 43slide 43Fall 2009Fall 2009

John DeereJohn Deere

Page 44: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 44slide 44Fall 2009Fall 2009

Caterpillar TractorCaterpillar Tractor

Page 45: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 45slide 45Fall 2009Fall 2009

EMD FT, F3, F7EMD FT, F3, F7

Page 46: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Student Name ServerStudent Name ServerUtah School of ComputingUtah School of Computing slide 46slide 46Fall 2009Fall 2009

Harley Davison V-TwinHarley Davison V-Twin

Page 47: Utah School of Computing Classic Designs Sam Drake Rich Riesenfeld Fall 2009 Sam Drake Rich Riesenfeld Fall 2009 Lecture Set 17

Utah School of Computing

Utah School of Computing

END END

Classic DesignsClassic Designs

End

Lec

ture

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17