INDUSTRIAL REVOLUTION
Architecture in the Industrial Revolution
The Industrial Revolution began in England around 1760 and lasted until sometime between 1820 and 1840.
It involved the transition from hand production to machine production, new chemical manufacturing, and iron production processes.
The increasing use of steam power, the development of machine tools, and the rise of the factory system led to radical changes worldwide.
Urbanization led to overcrowded cities with poor living conditions for the working class.
Factory work introduced long hours, dangerous conditions, and child labor.
The rise of a middle class and economic inequality marked a shift in social structures.
Women and children entered the workforce, often in poor conditions and for lower wages.
New technologies revolutionized industries and transportation, increasing production and efficiency.
Consumerism grew, especially among the middle class, while leisure activities became more common.
Traditional rural lifestyles and crafts were replaced by industrial farming and factory-based production.
Key Inventions and Developments
Textile Machinery:
Inventions like the flying shuttle and spinning jenny revolutionized textile production.
Steam Power:
James Watt's improved steam engine design significantly boosted the use of steam power across various industries.
Iron Production:
Coke replaced charcoal in iron production, lowering costs and increasing production.
Communication and Transportation:
The telegraph system and steam engine locomotives modernized communication and transportation.
Characteristics of Architecture in the Industrial Revolution
Use of New Materials:
The use of iron, steel, and glass became prevalent.
Function over Aesthetics:
Emphasis on functionality rather than aesthetics.
Example: Factories
Prefabrication:
Standardized, mass-produced components allowed for faster and more efficient construction.
Mechanization:
The use of machinery, like steam-powered tools, increased productivity and reduced labor costs.
Major Applications in Construction
Railroads
Bridges
Example:
London Paddington Station, London, England
The Iron Bridge, Ironbridge, England
Impact of Industrial Revolution on Architecture
New building materials, including steel and reinforced concrete, revolutionized the building construction industry.
Architects discovered the capacity to design structures with previously unheard-of heights and spans, leading to the creation of skyscrapers and enormous public spaces.
Mass production of glass led to larger windows and innovative structures like the Crystal Palace.
Revival Architecture in England During the Industrial Revolution
The Industrial Revolution in England (starting around 1760) introduced new materials like cast iron, steel, and glass, which impacted architecture and urban planning.
This led to new building types like factories and railway stations and influenced architectural styles like Gothic Revival.
Example: Houses of Parliament (Palace of Westminster), London, England
Gothic Revival:
Gothic architecture, with its soaring heights and spiritual associations, was deemed appropriate for Protestant churches, emphasizing their religious significance.
Example: The Church of England (Anglican Church), England, United Kingdom.
Greek Revival:
The classical simplicity and monumental quality of Greek architecture were seen as conveying stability, trustworthiness, and financial strength, making it suitable for banks.
Example: Bank of England, London, United Kingdom.
Egyptian Revival:
Egyptian architecture, with its associations with death and the afterlife, was chosen for cemeteries, creating a sense of solemnity and permanence.
Baroque Revival:
Baroque architecture, with its grandeur and dramatic ornamentation, was considered fitting for Roman Catholic churches, reflecting the power and opulence of the Catholic Church.
Palladian Revival:
Palladian architecture, based on the designs of Andrea Palladio, was associated with order, harmony, and rationality, making it fitting for institutions like government buildings or civic centers.
Renaissance Revival:
The Renaissance style, with its emphasis on humanism and learning, was considered appropriate for libraries, symbolizing the pursuit of knowledge.
Prominent Buildings in England
Crystal Palace:
Designed by Sir Joseph Paxton.
A magnificent glass and iron structure originally built in Hyde Park, London, to house the Great Exhibition of 1851.
Symbolized the Industrial Revolution and advancements in technology and design.
Destroyed by fire on November 30, 1936.
The Tower Bridge:
Built between 1886 and 1894 during a period of significant growth for London's trade and shipping.
Its distinctive Gothic Revival style was chosen to complement the nearby Tower of London.
Architect: Sir Horace Jones
Civil Engineer: Sir John Wolfe Barry
St. Pancras Station:
Known for its beautiful Victorian Gothic architecture.
Serves as the terminus for Eurostar services, connecting London to destinations in continental Europe, such as Paris, Brussels, and Amsterdam.
Key architects: George Gilbert Scott and William Henry Barlow.
Revival Architecture in France During the Industrial Revolution
While industrial architecture was rising, there was a resurgence of revival architectural styles.
These styles were rooted in historical references and often used classical or Gothic elements, creating a contrast with the modernity of industrial architecture.
Notable revival styles included Neoclassical Revival and Baroque Revival.
Example: The Eiffel Tower (1889), Paris, France, designed by Gustave Eiffel.
Neo-Classical Revival:
Inspired by the ancient Greek and Roman civilizations.
French architectural thought was influenced by the imaginative projects of Étienne-Louis Boullée and Claude Nicholas Ledoux.
Example: Saltworks at Arc-et-Senans, Doubs department of Eastern France (1775 and 1779).
Baroque Revival:
The style is monumental and considered Second-Empire Beaux-Arts style with axial symmetry in plan and eclectic exterior ornamentation with an abundance of Neo-Baroque decorative elements.
Example: The Palais Garnier, Paris, France (1861 - 1875).
Features elaborate multicolored marble friezes, columns, and lavish statuary, many of which portray deities of Greek mythology.
Revival Architecture in the United States During the Industrial Revolution
The Industrial Revolution in the late 18th and 19th centuries significantly impacted the US economy, transitioning from manual to wage labor.
This led to technological and manufacturing improvements, influenced by Samuel Slater's textile manufacturing, Eli Whitney's cotton gin invention, and Erie Canal construction.
Greek Revival:
Late 18th-century US architects turned to Greek and Roman prototypes due to disenchantment with baroque, rococo, and neo-Palladianism.
Greek aspects were strong until 1850, with new settlements given Greek names and Greek revival style applied to public buildings and townhouses.
Example: A.B. Young: Custom House, Boston, 1837-47.
The Greek Revival was a national style in the United States, dominating American architecture from 1818-1850, influenced by classical tradition and democracy.
Adaptable and permeated all building levels, influencing all regions.
Example: Boston’s grandiose Trinity Church (1872-1877).
Steel's application led to reinforced and post-tensioned concrete, enabling high-rise and bridge construction due to its combination of strength in tension and compression.
Example: The Eads Bridge, St. Louis, MO.
Prominent Buildings in the United States
The Chrysler Building (1930)
Located on E 42nd St. and Lexington Ave in Midtown Manhattan, New York City
A famous Art Deco structure that opened in 1930.
Notable features include a crown of eagle gargoyles, decorative sunbursts, a steel frame around windows, and distinctive gargoyle ornamentation.
The Woolworth Building (1913 - 1930)
Located on 233 Broadway in the Financial District of Manhattan.
Designed by Cass Gilbert.
Was the headquarters of the F.W. Woolworth Company in New York City.
Stood as the world's tallest building from 1913 to 1930, during the height of the first skyscraper boom.
The Chicago Federal Center (1950 - 1960)
Located at 14 W. Jackson Blvd in downtown Chicago, IL.
Designed by Walter Netsch and Helmut Jahn.
A revivalist architectural complex built from the 1950s to 1960s on the site of the old Chicago Daily News Building.
American Radiator Building (1924)
Located by the corner of W 34th St and 6th Av, Midtown Manhattan, New York.
Built by Warren and Wetmore as the company's original home.
Known for its distinctive sunburst elements and considered a significant Chicago school design building.
Architecture at the Beginning of the 20th Century
The emergence of Modernism and the numerous responses to it constitute the primary architectural narrative in the twentieth century.
ART NOUVEAU
Characterized by organic forms, flowing lines, and elaborate ornamentation, Art Nouveau sought to blend art and functionality.
Combining craftsmanship with creative expression, art nouveau became a precursor of modernist architecture in the 20th century
CASA MILA- Antoni Gaudi's most iconic work of civic architecture
HOTEL TASSEL- the founding work of Art Nouveau in Brussels.
SECESSION BUILDING- A.K.A Jugendstil in German
ART DECO
A style that emerged in the 1920s, characterized by bold geometric patterns and vibrant colors, influencing architecture, fashion, and interior design.
Developed post-World War I, celebrating modernity, luxury, and technological progress.
Influenced by Cubism, Egyptian revival, and machine-age aesthetics
CHRYSLER BUILDING- By William Van Alen; Iconic terraced crown, stainless steel details, and automobile-inspired ornamentation.
EMPIRE STATE BUILDING- Tall, streamlined design with setbacks and Art Deco motifs
BAUHAUS
Founded by Walter Gropius, this school emphasized functional design and the integration of art and technology, profoundly impacting architecture and design.
Advocated for simplicity, functionalism, and mass production.
Merged Modernism with technology, rejecting excessive ornamentation.
BAUHAUS SCHOOL- Glass curtain walls, flat roofs, and functionalist design
FAGUS FACTORY- Early example of modern industrial architecture with extensive glass façades
BARCELONA PAVILION- Minimalist design using steel, glass, and marble.
INTERNATIONAL STYLE
Architectural movement characterized by minimalism and a focus on volume over mass, utilizing industrial materials such as steel and glass.
Developed in the 1920s–30s, influenced by Bauhaus but embraced worldwide. Promoted by architects Le Corbusier, Mies van der Rohe, and Philip Johnson.
Became the dominant style for corporate buildings and skyscrapers
Villa Savoye- By Le Corbusier; Embodied the “Five Points of Architecture, ” featuring pilotis, ribbon windows, and open planning.
Seagram Building- By Mies van der Rohe; Sleek glass-and-steel skyscraper emphasizing simplicity and proportion.
UN Headquarters- A functional, glass-curtain-walled tower with open public spaces.
ORGANIC ARCHITECTURE
an approach that emphasizes harmony between human habitation and nature.
FALLING WATER- FRANK LLOYD WRIGHT
CASA MILA- ANTONI GAUDI
SYDNEY OPERA HOUSE- JORN UTZON
Revival Architecture
“Eclectic Movement”
The building designs of this era were intended to be more exact versions of earlier architectural styles and traditions.
GOTHIC R.ARCH.- dictated the use of structural members in compression
COLONIAL R.ARCH.- One of the most frequently produced and enduring popular styles in western world
TUDOR R.ARCH.-mixture of early and Medieval English building
COLLEGIATE GOTHIC R.ARCH.- for educational building
ITALIAN RENAISSANCE R.ARCH.- developed at the very
end of the Victorian period
SPANISH COLONIAL R.ARCH.- also known as the Spanish Eclectic style
Famous Revivalist Building of 20th Century
Sagrada Familia by Antoni Gaudi
AEG Turbine Factory by Peter Behrens
Pennsylvania Railway Station by McKim, Mead & White
Lincoln Memorial by Henry Bacon
Stockholm City hall by Ragnar Östberg
55 Broadway by Cass Gilbert
Characteristics of Architecture In The Beginning of 20th Century
Geometric Forms
Open Floor Plans
Minimalist Ornamentation
Integration of Nature
Canopy and Terraced Roofs
Reinforced Concrete
Steel Frame Construction
Glass Curtain Walls