The Crystal Palace was a product of its time, emerging amidst the Industrial Revolution. Built to house the Great Exhibition of 1851 in London, this colossal edifice was a marvel of its time, challenging traditional notions of building and design. The era witnessed a surge in technological advancements, with new materials and manufacturing techniques becoming available. Cast iron, a durable and malleable material, has been gaining popularity in industrial applications. Its ability to be shaped into intricate forms and its strength made it an ideal choice for large-scale construction projects. Similarly, glass, once a fragile and expensive commodity, had become more affordable and easier to manufacture. The development of plate glass, a thicker and more durable form of glass, further expanded its potential for architectural use.

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The Crystal Palace_© Archdaily

Construction Methods and Building Materials

The Crystal Palace was a stunning engineering accomplishment that presented new materials and methods that were unheard of in the period it was built. Cast iron and plate glass were the two prime materials. Cast iron, a metal that is strong yet highly workable, provided the building with a high skeleton. It was strong and could be moulded into complex and detailed elements, such as columns, girders, and arches, which were used to hold the glass sheets.

Another important material used in the construction of the Crystal Palace was also plate glass, which refers to a thicker and stronger kind of glass. The sparingly used glass panels permitted sufficient lighting and promoted connectivity and an illusion of space. A complex interstitial network of cast iron deep frames was provided to support the glass panels without compromising the overall structural stability of the edifice.

The design of the Crystal Palace was also remarkable owing to the fact that it was modular. The structure was mounted up of assembled elements taken from the factory, intended for construction on site. This strategy promoted quick construction and minimised the level of expertise needed on the site.

A modular approach means that the building could be, as when the Crystal Palace was moved to Sydenham Hill in 1854, taken to pieces and put together at a different site.

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The connection between column and grids showing positions of wedges and iron_© Downes 1851
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Arched Vault of the central transept appears in cross section_© Scientific American, INC
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Curtain Wall_© Scientific American, INC

The Role of Joseph Paxton 

Driven by the prevailing spirit of enlightenment in architecture, Joseph Paxton, a gardener by profession, became one of the chief ‘designers’ and builders of the Crystal Palace. His knowledge of greenhouse buildings gave him a new dimension in the glass and iron usage of big buildings. Paxton’s modernism was radical in that it broke away from the norms of the time by putting more emphasis on the use of industrial materials than the beauty of the structure.

Many factors influenced the creation of the Crystal Palace, among which it was natural structures, for example, the leaves of the Victoria Regia water lily, that positively influenced Paxton’s design. He was struck by the optimal form and construction of leaves of the lily and the ideas on the structure of the Crystal Palace came from the same. The popularity of the creation and construction of the building was owing to the detail that Paxton applied and having an idea of material attributes.

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Original Design Sketch _© Crystal Palace Archive

The Crystal Palace and the Industrial Revolution

The Glass Palace emerged owing to the Industrial Revolution which was accompanied by rapid advancements in technology and the economy. Some of the materials, techniques, Roman Hdqnczz construction, and infrastructures needed for the erection, and building of such a great edifice were made possible by the Industrial Revolution. Another activity for which the Industrial Revolution was responsible was the availability of manufacturing and transport services and cast iron and plate glass, which made it possible for the construction of the Crystal Palace on an unprecedented scale.

This structure represented the successes of the Industrial Revolution as well. The edifice was fitted with modern-day items and it also highlighted what people were able to achieve. This contributed to the fact that the British Empire remained one of the dominant powerhouses in terms of industries and technology.

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London and the Industrial Revolution_© Londontopia

The Crystal Palace and Victorian Culture

Crystal Palace was not particularly only a building; it was a cultural trend and movement that embraced Victorian ideals. There was excitement over advancement in the Victorian period and the development of new technologies and the Crystal Palace represented these. It was a popular public attraction that cemented the Crystal Palace’s status as an emblem of the Victorian age considering its appeal and ability to display the novel artefacts and ideas.

Also, the Crystal Palace and Victorian culture were intertwined further extending and expanding the use of Crystal Palace. Composed of various activities like, but not restricted to, exhibition bookings, concerts, relaxation, and fun purposes. This was a place frequented by the public and tourists, thereby forging unity and a common identity amongst Victorian society.

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The Opening by QQueen Victoria of the Great Exhibition in Hyde Park, London, 1851_© Alamy

Crystal Palace and its Legacy

 Most people know the fact that in 1936, the Crystal Palace was burned, and suffered destruction, however, people have rather different perceptions of what the metal frames are!

It continues to mesmerise as well as motivate by the fact that the building’s unique features and its place in the development of architecture are more than worthy of admiration. The Crystal Palace is still the embodiment of engineering prowess, technology evolution, and people’s aspirations of the Victorian age.

In the present day, the Crystal Palace is referred to as a monument to progress and revolution, as well as the intangible potential of humanity’s creative abilities. Its impact spreads over numerous structures globally and remains as a spine for most architects as well as engineers, inspiring them to re-imagine the limits of design and functionality.

References: 

  1. KishlstedT, F. (1984). The Crystal Palace. JSTOR, Volume (251), 132-143
  2. Beard, G. (2003). The Crystal Palace: A Victorian Vision. Thames & Hudson.
  3. Curl, J. S. (2003). The Victorian Celebration: A History of the Great Exhibition of 1851. Routledge.
  4. Paxton, J. (1851). The Illustrated London News.
  5. The Crystal Palace Trust. (n.d.). Retrieved from
Author

Ankita Sadhukhan, an architecture student, merges her socially conscious upbringing with her architectural exploration. Intrigued by the relationship between architecture and society, she seeks to understand the intersection of these fields with policymaking. Believing in architecture's power beyond aesthetics, she envisions a future where 'architecture for all' is a realized reality.