Trystan Casey
Several key figures were involved in the development of electric transit in the United States, including Daniel Burnham, Louis Sullivan, John A. Roebling, Frederick Law Olmsted, Calvert Vaux, Orville Wright, and Wilbur Wright. These individuals contributed to various aspects of urban planning, architecture, and transportation, shaping the way American cities expanded and how people commuted to their jobs. The electric streetcar, in particular, played a significant role in transforming urban mobility and connecting cities.
| Characteristics | Values |
|---|---|
| People Involved | Daniel Burnham, Louis Sullivan, John A. Roebling, Frederick Law Olmsted, Calvert Vaux, Orville Wright, Wilbur Wright |
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What You'll Learn
Daniel Burnham
Daniel Hudson Burnham was an American architect and urban planner born on September 4, 1846, in Henderson, New York, US. He moved to Chicago with his family in 1855, where he attended Snow's Swedenborgian Academy and later Central High School. Burnham is known for his significant contributions to the development of the skyscraper and his influential ideas about urban planning.
One of Burnham's notable projects was the World's Columbian Exposition of 1893, where he showcased his skills in managing large-scale projects. He envisioned transforming Chicago into a "Paris on the Prairie," with French-inspired public works, fountains, and boulevards radiating from a central, domed municipal palace. While not all of his plans were realised, they set a new standard for urban design and continued to influence Chicago's development long after his death.
Burnham collaborated with John Wellborn Root on several projects, including the Rookery Building (completed in 1886) and the Montauk Block in Chicago. The Rookery Building is renowned for its distinctive light-filled atrium, while the Montauk Block created a new urban scale for commercial structures with its fireproofing system, making it one of the first truly fireproof buildings. Burnham & Root also extended the typical Chicago construction timeline by building through the winter months, utilising a tent-like structure with heaters inside.
In addition to his work in Chicago, Burnham contributed to city planning projects in Cleveland (the 1903 Group Plan), San Francisco (1905), Manila (1905), and Baguio in the Philippines. He designed the Flatiron Building in New York City in 1901, utilising an internal steel skeleton for structural integrity, allowing the building to rise to 22 stories. Burnham also played a significant role in shaping the 1901 McMillan Plan in Washington, D.C., which led to the completion of the overall design of the National Mall, including the relocation of a railroad station and the construction of the Washington Union Station.
Burnham's health declined in his later years, and he passed away on June 1, 1912, in Heidelberg, Germany, from complications of colitis, diabetes, and food poisoning. At the time of his death, D.H. Burnham and Co. was the world's largest architectural firm.
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Louis Sullivan
Sullivan's work blended Prairie and Chicago styles, with his student, Frank Lloyd Wright, perfecting the Prairie style soon after. Sullivan's buildings stood out from most European styles, although they had hints of Romanesque, Rococo, or Art Deco influences. They may also have been influenced by Asian art, as Wright was known to be inspired by Asian architecture. Sullivan's work included the Transportation Building at the World's Columbian Exposition in Chicago in 1893, which was demolished a year later.
Sullivan's firm with Adler designed the Guaranty Building in Buffalo, New York, in 1894-95. The auditorium, restored in 1967, features gilded plasterwork and countless electric light bulbs, with an astonishingly effective acoustical design by Adler. The firm's offices were located on the 16th floor of the tower, where Frank Lloyd Wright apprenticed with Sullivan for six years before they quarrelled in 1893. Wright later acknowledged the influence of Sullivan on his work and ideas.
Sullivan viewed the World's Columbian Exposition as a rejection of the progressive architecture he saw developing in the Midwest, believing that the damage caused by the World's Fair would last for half a century or more. Despite this view, his work left a lasting impact on American architecture, with his innovative designs and contributions to the development of skyscrapers shaping the urban landscape.
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Steel technology
The early 19th century saw the invention of the steam locomotive, which revolutionised transportation and commerce, marking the beginning of rapid industrialisation. The key to the success of these early locomotives were their steel rails, which were typically made of wrought iron. Steel provided a durable and smooth surface, allowing trains to travel long distances.
As technology progressed, steel became even more crucial in the realm of rail transportation. By the late 19th century, steel had replaced wrought iron as the preferred material for railroad tracks due to its superior strength and longevity. This evolution continued into the early 20th century, with advancements in steel production leading to the emergence of streamlined steam locomotives and the electrification of rail lines in urban areas.
Steel alloys have played a significant role in the development of lighter yet stronger rail components, resulting in improved fuel efficiency and reduced maintenance costs. Innovations such as continuous welded rail and concrete ties have further enhanced the performance and longevity of modern railroads.
Today, steel remains essential in the construction of bridges, tunnels, and other infrastructure, as well as the rolling stock and track components. It ensures the safety and reliability of rail transportation, with high-speed trains like the Shinkansen in Japan, the Eurostar in Europe, and the Amtrak Acela Express in the United States relying extensively on steel technology.
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Concrete
The involvement of concrete in this transformative process was significant. Concrete is a composite material created by mixing aggregate, typically sand or gravel, with a binder, such as cement, and water. This mixture hardens over time, resulting in a sturdy and durable substance. Concrete's versatility and strength made it an ideal construction material for building structures that supported electric transit systems, such as roads, bridges, and stations.
One of the key advantages of concrete is its ability to be moulded into various shapes and forms before it sets, allowing for the creation of complex structures. This adaptability was crucial in the construction of electric transit infrastructure, which often required unique and customised designs. Additionally, concrete's durability and resistance to weathering ensured the long-term stability and safety of these structures.
The use of concrete in electric transit development had far-reaching implications. It facilitated the expansion of cities and improved transportation networks, bringing cities closer together. The construction of roads and highways using concrete enabled the efficient movement of people and goods, enhancing connectivity and supporting economic growth.
Moreover, concrete played a vital role in the construction of electric transit hubs and stations. These structures provided essential centres for transportation networks, allowing for the efficient transfer of passengers and the coordination of transit services. The durability and low maintenance of concrete structures ensured the long-term functionality and resilience of these hubs.
Overall, concrete was a pivotal component in the development of electric transit, shaping the expansion of cities, improving transportation networks, and creating new opportunities for Americans. Its unique characteristics, including versatility, strength, and durability, made it an indispensable material for building the infrastructure necessary to support the advancement of electric transit systems and the transformation of American life.
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John A. Roebling
John Augustus Roebling, born Johann August Röbling, was a German-born American civil engineer. Recognizing his intelligence at a young age, Roebling's mother arranged for him to be tutored in mathematics and science. He went on to study architecture and engineering in Berlin.
Roebling is known for designing and building wire rope suspension bridges, including the Brooklyn Bridge, which has been designated a National Historic Landmark and a National Historic Civil Engineering Landmark. He began producing wire rope in 1841, using it in projects such as the Allegheny Aqueduct and a suspension bridge over the Monongahela River in Pittsburgh. In 1848, he undertook the construction of four suspension aqueducts on the Delaware and Hudson Canal.
In 1851, Roebling started work on a railroad bridge connecting the New York Central and Great Western Railway of Ontario, Canada, over the Niagara River. The bridge had a clear span of 825 feet and was supported by four ten-inch wire cables, with two levels for vehicles and rail traffic. During this period, he also moved to Trenton, New Jersey, where he built a large industrial complex for wire production for his growing company, the John A. Roebling's Sons Company.
The Roebling Company went on to build suspension bridge cables for numerous bridges worldwide, including the George Washington Bridge and the Golden Gate Bridge. The company also manufactured wire rope for various other uses, such as elevators, cable cars, aircraft, shipping, and construction.
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Frequently asked questions
Some important figures involved in electric transit development include Daniel Burnham, Louis Sullivan, John A. Roebling, Frederick Law Olmsted, and Calvert Vaux.
Daniel Burnham and Louis Sullivan are known for their work with steel technology, elevators, and concrete, which transformed the efficient use of space and job opportunities.
John A. Roebling invented steel cable suspension, which played a crucial role in bringing cities closer together and providing recreational opportunities for people.
Frederick Law Olmsted and Calvert Vaux were involved in planning the design of future cities, ensuring that people had access to parks for leisure and recreational activities.
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