architecture after the industrial revolution

80
Architecture The Crystal Palace (1851, London) 1,850’ long, 110’ tall Iron and glass building constructed for the Great Exhibition of 1851 First in a series of “World’s Fair” exhibitions Celebration of modern technology and design Designed by Joseph Paxton Gardener who had experimented with glass and iron greenhouses

Upload: nichols4

Post on 06-May-2015

18.798 views

Category:

Education


3 download

DESCRIPTION

From the Chrystal Palace in London and the Eiffel Tower in Paris to the sky scrapers of New York and Frank Lloyd Wright's Falling Water, we'll explore some foundational movements in architecture in the last 150 years.

TRANSCRIPT

Page 1: Architecture After the Industrial Revolution

ArchitectureArchitecture•The Crystal Palace (1851, London)

•1,850’ long, 110’ tall

•Iron and glass building constructed for the Great Exhibition of 1851

•First in a series of “World’s Fair” exhibitions

•Celebration of modern technology and design

•Designed by Joseph Paxton

•Gardener who had experimented with glass and iron greenhouses

•The Crystal Palace (1851, London)

•1,850’ long, 110’ tall

•Iron and glass building constructed for the Great Exhibition of 1851

•First in a series of “World’s Fair” exhibitions

•Celebration of modern technology and design

•Designed by Joseph Paxton

•Gardener who had experimented with glass and iron greenhouses

Page 2: Architecture After the Industrial Revolution

ArchitectureArchitecture

•Contained multiple gardens and fountains, main fountains 250’ high

•After the Exhibition, Palace was relocated to another location in London

•Functioned as a tourist attraction, destroyed by fire in 1936

•Contained multiple gardens and fountains, main fountains 250’ high

•After the Exhibition, Palace was relocated to another location in London

•Functioned as a tourist attraction, destroyed by fire in 1936

Page 3: Architecture After the Industrial Revolution
Page 4: Architecture After the Industrial Revolution
Page 5: Architecture After the Industrial Revolution
Page 6: Architecture After the Industrial Revolution
Page 7: Architecture After the Industrial Revolution

ArchitectureArchitecture

•The Eiffel Tower (1887-89, Paris)

•1,063’ high (81 floors)

•Designed by Gustave Eiffel, designed bridges

•Iron tower constructed as entrance for Paris’ World’s Fair

•300 workers, one death during construction

•Tower was criticized as an eyesore

•Shape of the tower designed to withstand the force of wind

•The Eiffel Tower (1887-89, Paris)

•1,063’ high (81 floors)

•Designed by Gustave Eiffel, designed bridges

•Iron tower constructed as entrance for Paris’ World’s Fair

•300 workers, one death during construction

•Tower was criticized as an eyesore

•Shape of the tower designed to withstand the force of wind

Page 8: Architecture After the Industrial Revolution
Page 9: Architecture After the Industrial Revolution
Page 10: Architecture After the Industrial Revolution
Page 11: Architecture After the Industrial Revolution
Page 12: Architecture After the Industrial Revolution

ArchitectureArchitecture•The Wainwright Building (1890-91, St. Louis)

•One of the first skyscrapers (11 floors)

•Red brick with steel frame- steel allowed taller buildings

•Designed by Louis Sullivan

•Rejected traditional architecture- new materials require new designs

•“Form follows function”- The design of a building should reflect its purpose

•Vertical lines emphasizes the height of the building, plant designs symbolize growth

•The Wainwright Building (1890-91, St. Louis)

•One of the first skyscrapers (11 floors)

•Red brick with steel frame- steel allowed taller buildings

•Designed by Louis Sullivan

•Rejected traditional architecture- new materials require new designs

•“Form follows function”- The design of a building should reflect its purpose

•Vertical lines emphasizes the height of the building, plant designs symbolize growth

Page 13: Architecture After the Industrial Revolution
Page 14: Architecture After the Industrial Revolution
Page 15: Architecture After the Industrial Revolution
Page 16: Architecture After the Industrial Revolution

ArchitectureArchitecture

•The Chrysler Building (1928-30, New York)

•1,047’, 77 floors

•Originally built for the Chrysler Corporation

•Tallest building in the world until Empire State Building was finished

•New York builders involved in competition to build tallest building

•Spire was secretly constructed inside building and then placed on top

•The Chrysler Building (1928-30, New York)

•1,047’, 77 floors

•Originally built for the Chrysler Corporation

•Tallest building in the world until Empire State Building was finished

•New York builders involved in competition to build tallest building

•Spire was secretly constructed inside building and then placed on top

Page 17: Architecture After the Industrial Revolution

ArchitectureArchitecture

•Decorated in Art Deco style- geometric shapes

•Top of building- sunburst design in stainless steel

•Decorated with Chrylser automobile features

•Decorated in Art Deco style- geometric shapes

•Top of building- sunburst design in stainless steel

•Decorated with Chrylser automobile features

Page 18: Architecture After the Industrial Revolution
Page 19: Architecture After the Industrial Revolution
Page 20: Architecture After the Industrial Revolution
Page 21: Architecture After the Industrial Revolution
Page 22: Architecture After the Industrial Revolution
Page 23: Architecture After the Industrial Revolution
Page 24: Architecture After the Industrial Revolution
Page 25: Architecture After the Industrial Revolution
Page 26: Architecture After the Industrial Revolution

ArchitectureArchitecture

•The Empire State Building (1929-31, New York)

•1,472’, 102 floors

•Name derived from New York’s nickname

•Art Deco style

•World’s tallest building until 1972

•Financed by General Motors

•Opening coincided with the Depression, resulted in lots of vacant office space- “The Empty State Building”

•The Empire State Building (1929-31, New York)

•1,472’, 102 floors

•Name derived from New York’s nickname

•Art Deco style

•World’s tallest building until 1972

•Financed by General Motors

•Opening coincided with the Depression, resulted in lots of vacant office space- “The Empty State Building”

Page 27: Architecture After the Industrial Revolution

ArchitectureArchitecture

•Building design involves a series of setbacks

•Spire designed to be mooring mast for blimps, proved to be impractical

•B-25 bomber collided with building in 1945

•Colored floodlights coincide with seasons and events

•Multiple T.V. and radio stations broadcast from building

•Building design involves a series of setbacks

•Spire designed to be mooring mast for blimps, proved to be impractical

•B-25 bomber collided with building in 1945

•Colored floodlights coincide with seasons and events

•Multiple T.V. and radio stations broadcast from building

Page 28: Architecture After the Industrial Revolution
Page 29: Architecture After the Industrial Revolution
Page 30: Architecture After the Industrial Revolution
Page 31: Architecture After the Industrial Revolution
Page 32: Architecture After the Industrial Revolution
Page 33: Architecture After the Industrial Revolution
Page 34: Architecture After the Industrial Revolution
Page 35: Architecture After the Industrial Revolution

ArchitectureArchitecture•Fallingwater (1934-37, Pennsylvania)

•Vacation home

•Designed by Frank Lloyd Wright

•Philosophy of integrating the building with its environment

•Built over a waterfall- can be heard throughout house

•Uses local materials

•Constructed around boulders and trees

•Horizontal terraces resemble rock formations

•Fallingwater (1934-37, Pennsylvania)

•Vacation home

•Designed by Frank Lloyd Wright

•Philosophy of integrating the building with its environment

•Built over a waterfall- can be heard throughout house

•Uses local materials

•Constructed around boulders and trees

•Horizontal terraces resemble rock formations

Page 36: Architecture After the Industrial Revolution

ArchitectureArchitecture•Broad expanses of windows and multiple

balconies

•Extensive structural repairs in 2002

•Humidity causes mold problems- “Rising Mildew”

•Has been a public museum since 1964

•Broad expanses of windows and multiple balconies

•Extensive structural repairs in 2002

•Humidity causes mold problems- “Rising Mildew”

•Has been a public museum since 1964

Page 37: Architecture After the Industrial Revolution
Page 38: Architecture After the Industrial Revolution
Page 39: Architecture After the Industrial Revolution
Page 40: Architecture After the Industrial Revolution
Page 41: Architecture After the Industrial Revolution
Page 42: Architecture After the Industrial Revolution

ArchitectureArchitecture

•The Guggenheim Museum (1957-59, New York)

•Art museum focused on Modern (20th century) art

•Designed by Frank Lloyd Wright (last work)

•Organic design (lots of curves), different from surrounding buildings

•Initially criticized by architects and artists

•Design of building overshadows artwork

•Hard to display artwork- spiral walkway

•The Guggenheim Museum (1957-59, New York)

•Art museum focused on Modern (20th century) art

•Designed by Frank Lloyd Wright (last work)

•Organic design (lots of curves), different from surrounding buildings

•Initially criticized by architects and artists

•Design of building overshadows artwork

•Hard to display artwork- spiral walkway

Page 43: Architecture After the Industrial Revolution

ArchitectureArchitecture

•Controversial addition- rectangular tower, 1992

•Solomon R. Guggenheim Foundation- non-profit corporation that funds art museums

•Controversial addition- rectangular tower, 1992

•Solomon R. Guggenheim Foundation- non-profit corporation that funds art museums

Page 44: Architecture After the Industrial Revolution
Page 45: Architecture After the Industrial Revolution
Page 46: Architecture After the Industrial Revolution
Page 47: Architecture After the Industrial Revolution
Page 48: Architecture After the Industrial Revolution

ArchitectureArchitecture

•The Bauhaus Shop Block (1925-26, Dessau, Germany)

•Walter Gropius

•Art school-architecture, crafts, fine art

•Unify art, craft and technology

•Closed by Nazi’s in 1933- “un-German”

•The Bauhaus Shop Block (1925-26, Dessau, Germany)

•Walter Gropius

•Art school-architecture, crafts, fine art

•Unify art, craft and technology

•Closed by Nazi’s in 1933- “un-German”

Page 49: Architecture After the Industrial Revolution

ArchitectureArchitecture•International Style- 1920s, 30s

•Foundation of modern architecture

•Radical simplification of forms

•Rejection of ornamentation

•Adoption of modern materials (glass, steel, concrete)

•Transparency of buildings

•Window- change from hole IN the wall to THE wall

•Style was independent of location- buildings look similar all over the world

•International Style- 1920s, 30s

•Foundation of modern architecture

•Radical simplification of forms

•Rejection of ornamentation

•Adoption of modern materials (glass, steel, concrete)

•Transparency of buildings

•Window- change from hole IN the wall to THE wall

•Style was independent of location- buildings look similar all over the world

Page 50: Architecture After the Industrial Revolution
Page 51: Architecture After the Industrial Revolution
Page 52: Architecture After the Industrial Revolution
Page 53: Architecture After the Industrial Revolution

ArchitectureArchitecture

•Villa Savoye (1929-30, near Paris)

•International Style

•Vacation home

•Designed by Le Corbusier (pseudonym)

•Helped create International Style

•Dedicated to better living conditions in crowded cities

•Urban planner (designed cities)

•Designed concrete buildings

•Villa Savoye (1929-30, near Paris)

•International Style

•Vacation home

•Designed by Le Corbusier (pseudonym)

•Helped create International Style

•Dedicated to better living conditions in crowded cities

•Urban planner (designed cities)

•Designed concrete buildings

Page 54: Architecture After the Industrial Revolution

ArchitectureArchitecture•“The Five Points”- philosophy of designing

buildings

•Supporting columns to raise building from the ground

•Flat roof with a terrace

•Free floor plan- no load bearing walls

•Horizontal windows

•Exterior- thin walls and windows- no load bearing walls

•Villa Savoye- windows integrate interior/exterior

•“The Five Points”- philosophy of designing buildings

•Supporting columns to raise building from the ground

•Flat roof with a terrace

•Free floor plan- no load bearing walls

•Horizontal windows

•Exterior- thin walls and windows- no load bearing walls

•Villa Savoye- windows integrate interior/exterior

Page 55: Architecture After the Industrial Revolution
Page 56: Architecture After the Industrial Revolution
Page 57: Architecture After the Industrial Revolution
Page 58: Architecture After the Industrial Revolution
Page 59: Architecture After the Industrial Revolution
Page 60: Architecture After the Industrial Revolution
Page 61: Architecture After the Industrial Revolution

ArchitectureArchitecture•Unite d’Habitation (1947-52, Marseille,

France)

•Apartment complex

•337 apartments, 12 floors

•Designed by Le Corbusier

•Building includes shops, sports, medical, and educational facilities, and a hotel

•Made of concrete, inspired the Brutalism style

•Brutalism- Geometric forms, roughly textured cement

•Similar complexes built in other cities

•Unite d’Habitation (1947-52, Marseille, France)

•Apartment complex

•337 apartments, 12 floors

•Designed by Le Corbusier

•Building includes shops, sports, medical, and educational facilities, and a hotel

•Made of concrete, inspired the Brutalism style

•Brutalism- Geometric forms, roughly textured cement

•Similar complexes built in other cities

Page 62: Architecture After the Industrial Revolution
Page 63: Architecture After the Industrial Revolution
Page 64: Architecture After the Industrial Revolution
Page 65: Architecture After the Industrial Revolution
Page 66: Architecture After the Industrial Revolution
Page 67: Architecture After the Industrial Revolution
Page 68: Architecture After the Industrial Revolution

ArchitectureArchitecture

•Notre Dame du Haut (1950-54, Ronchamp, France)

•Catholic pilgrimage chapel

•Designed by Le Corbusier

•Does not follow “The Five Points,” form inspired by hilltop location, organic forms

•Made of textured concrete

•Thick walls (7’ in places) with colored glass set deeply into them

•Interior and exterior pulpits

•Notre Dame du Haut (1950-54, Ronchamp, France)

•Catholic pilgrimage chapel

•Designed by Le Corbusier

•Does not follow “The Five Points,” form inspired by hilltop location, organic forms

•Made of textured concrete

•Thick walls (7’ in places) with colored glass set deeply into them

•Interior and exterior pulpits

Page 69: Architecture After the Industrial Revolution
Page 70: Architecture After the Industrial Revolution
Page 71: Architecture After the Industrial Revolution
Page 72: Architecture After the Industrial Revolution
Page 73: Architecture After the Industrial Revolution
Page 74: Architecture After the Industrial Revolution
Page 75: Architecture After the Industrial Revolution

ArchitectureArchitecture

•The Seagram Building (1954-58, New York)

•Skyscraper, 38 floors

•Designed by Ludwig Mies van der Rohe and Philip Johnson

•International Style

•External bronze I-beams reflect internal steel structure

•World’s most expensive skyscraper

•Window blinds designed to be regular- had three positions

•The Seagram Building (1954-58, New York)

•Skyscraper, 38 floors

•Designed by Ludwig Mies van der Rohe and Philip Johnson

•International Style

•External bronze I-beams reflect internal steel structure

•World’s most expensive skyscraper

•Window blinds designed to be regular- had three positions

Page 76: Architecture After the Industrial Revolution

ArchitectureArchitecture

•Large plaza in front of building- became popular gathering place

•New York building code added incentives for developers to include open spaces

•Large plaza in front of building- became popular gathering place

•New York building code added incentives for developers to include open spaces

Page 77: Architecture After the Industrial Revolution
Page 78: Architecture After the Industrial Revolution
Page 79: Architecture After the Industrial Revolution
Page 80: Architecture After the Industrial Revolution