and the revolutionized American architecture in the late 19th century. They pioneered innovative construction techniques, like steel-frame buildings and the , that allowed for taller structures and larger windows.
Sullivan, known as the "father of skyscrapers," developed the for tall buildings. His famous phrase "" became a cornerstone of modernist architecture, influencing future generations of designers and shaping the American .
Principles of the Chicago School
Innovative Construction Techniques
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Escuela de Chicago: Louis Sullivan- Henry Hobson Richardson - Casiopea View original
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Escuela de Chicago: Louis Sullivan- Henry Hobson Richardson - Casiopea View original
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ESCUELA DE CHICAGO - LOUIS SULLIVAN Y HENRY RICHARDSON /ER - Casiopea View original
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Top images from around the web for Innovative Construction Techniques
Escuela de Chicago: Louis Sullivan- Henry Hobson Richardson - Casiopea View original
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Escuela de Chicago: Louis Sullivan- Henry Hobson Richardson - Casiopea View original
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ESCUELA DE CHICAGO - LOUIS SULLIVAN Y HENRY RICHARDSON /ER - Casiopea View original
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Chicago School emerged in late 19th century as response to Great Chicago Fire of 1871
Emphasized fire-resistant construction and innovative building methods
Utilized allowing for taller buildings and larger windows
Revolutionized urban landscape with ability to build higher
Incorporated new technologies (elevators, electrical systems) enabling early skyscrapers
Prioritized functionality and efficiency in designs
Created buildings both practical and aesthetically pleasing
Distinctive Architectural Features
Developed Chicago window, a three-part window design
Large fixed center panel flanked by narrower double-hung sash windows
Became hallmark of the style
Embraced rational design and honest expression of structure
Used ornament to emphasize rather than conceal structural elements
Rejected historical revivalism for new, distinctly American architectural language
Reflected country's industrial progress in design choices
Sullivan's Role in the Skyscraper
Pioneering Tall Building Design
Louis Sullivan pioneered design of tall office buildings in late 19th-century Chicago
Earned title "father of skyscrapers" for innovative approach
(1891) in St. Louis considered one of first true skyscrapers
Developed tripartite design for skyscrapers
Divided building into base, shaft, and capital
Mirrored structure of classical column
Used vertical emphasis in skyscraper designs
Accentuated height and grandeur of new building types
Incorporated large windows and open floor plans
Maximized natural light
Created flexible interior spaces for modern offices
Innovative Materials and Technologies
Utilized for both structural and decorative purposes
Allowed for intricate ornamentation while maintaining fire resistance
Successfully integrated new technologies into designs
Steel-frame construction enabled taller structures
Elevators made upper floors accessible and desirable
Set standards for future skyscraper development
Influenced use of materials and technologies in tall buildings worldwide
"Form Follows Function" Influence on Architecture
Modernist Architecture Principles
Sullivan's dictum "form follows function" became fundamental principle of modernist architecture
Emphasized building's purpose should dictate its design
Led to shift away from historical revivalism towards honest and rational architectural expressions
Influenced development of
Prioritized function over ornament
Rejected decorative elements not serving practical purpose
Impacted protégé
Wright further developed concept in Prairie School architecture
Emphasized horizontal lines and open floor plans
User-Centric and Sustainable Design
Encouraged architects to consider specific needs of building occupants
Led to more approaches
Focused on functionality and comfort of spaces
Prioritized efficient use of interior layouts
Contributed to development of
Sought harmony between human habitation and natural environment
Influenced contemporary sustainable and practices
Prioritized functionality and environmental integration
Emphasized connection between built environment and nature (green roofs, living walls)