The industrial revolution is one of the Great alterations in human history. It starts in the center of 18 century in Britain and go oning until now.

Before the Revolution, there were no metropoliss merely small towns. To acquire from one small town to another people used galloping Equus caballus, which was the chief and fastest transit of that clip. For bulk of people the agribusiness was dominant. When industrial revolution Begins, agribusiness and hand-made been stopped.

Thingss that describes the period of Industrial revolution are innovations of steam engine, coal and Fe. Everything is changed when James Watt created a “steam engine” in 1769. Invention of steam engine provided Britain with an industrial power. Factories, cloths and railwaies could be anyplace.( Louis Auguste Blanqui, historical ) .

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Invention of Fe by Derby Family could non go on without steam engine. Smelting of Fe by wood coal was expensive procedure. Abraham Derby discovered, that alternatively of utilizing coal, can replace it with coke. The resulted merchandise is cast Fe.“Human of the Industrial Revolution” , World Wide Web,

Besides Fe industry, there was a development of fabric production, because fabric is the basic demands. Food and cotton merchandises were light and easier to transport to different metropoliss. Location of Britain was good for H2O conveyances. We know, that Britain is non from sea from any parts. This was the thing that makes the transit of goods easier. . There was already bing of webs of canals. “Human of the Industrial Revolution” , World Wide Web,

During this clip changes the production of goods. Now alternatively of utilizing hand-made merchandises, machines started replacing people. For illustration in cloths and industries, machine could replace 5-6 people. This is chief disadvantage of the Industrial Revolution, when authorities starts discontinuing unneeded workers.

Inventions of Industrial revolution period influenced to the economic system growing. It is creative activity of different machine tools, utilizing of Iron in industry.

Industrial revolution changed everything and including architecture every bit good. Industrial revolution truly affected on architecture. There was no demand of fancy architecture any longer. Peoples started design more industrial type, which is more utile instead than Gothic edifices. Beautiful Gothic edifices were designed to affect people. In that period some people was already on industrial side, started planing simple construction. At the same clip some people went back to the old architectural manner and brought them back. Therefore there were motions as Gothic resurgence and Art Nouveau. When people started planing with industrial head they had many pick of design their house. (The importance of Industrial Revolution in Archietcture ) . (hypertext transfer protocol: //

Producing of Fe influenced on architecture. One of great illustrations of architecture of industrial period is Crystal Palace by Joseph Paxton ( 1850-1851 ) . Joseph Paxton studied and experienced Fe and glass, about of fall ining these constituents together to plan a big edifice.


The motion of Gothic manner architecture was non accidently. Those motions were against industrial revolution. They wanted to convey back the traditional manner of architecture. The Crystal Palace in comparison to Gothic Revival and humanistic disciplines and trade motions in architecture is new manner of design of that clip. Gothic resurgence is architectural motion, which was based in England. It’s been a remake of traditional edifice manner of “Middle Ages” . Gothic manner edifices are really heavy and cosmetic. Structure made of rock and brick. “Art Nouveau” motion has same characteristics as Gothic motion, such as: symmetrical forms and signifiers, usage of arches and heavy structural system.( Jackie Craven, Art Noveau Architecture. )

The Crystal Palace is on of the Great edifices of Industrial period, which represent new way in architecture. One of edifice that represent revolutionized architecture. When architecture moved from traditional manner to the new measure. This construction is illustration of how people started sing different types of stuffs, alternatively of building the edifices by masonry and rock and maximising the indoor infinites. It is a design of lightweight and low-priced edifices. This was the measure when architecture of industrial period marked the beginning of new sort of architecture. It plays a large function in a history of architecture.

The Crystal Palace was a glass and dramatis personae Fe construction. The construction was built in London, for the Great Exhibition of 1851. In 1850 the commission were traveling to take a design for the construction, which will exhibit the latest engineering and invention from around the universe: “ Great Exhibition of the plants of industry of all Nations” . The commission demands was:

  • Economy and maximising the exhibition infinite
  • Spaces for circulation
  • Spaces for response, categorization and arrangement of goods.
  • Position from the inside.

In three hebdomads commission received more 250 plants from Australia, Belgium, Netherlands, Hanover, Hamburg, France. But the commission rejected all the plants. Largely all the work was brick and masonry structural designs. But there was Fe and glass design by Hector Horeau. The commission rejected it every bit good, because of the cost of the undertaking. ( The Crystal castle, p12 )

Already known designer and nurseryman Joseph Paxton presented his thought and construct to the commission. Before Joseph already had an experience with combination of dramatis personae Fe, glass and laminated wood in his “ Chatsworthhouse” edifice, which was made of glass. The larges glass house of that period. He experienced the thought “Ridge –and- furrow” roof system in Charsworthhouse, subsequently he apllied this system in Crystal Palace’s design.

Joseph’s design was based on faculty with the sizes 10inch x 49 inches, which is size of larges glass available that clip. The construction consisted of right-angled trigons, which were supported by Fe beams and pillars. The length of right-angled trigons was for 564 m. These basic constituents of the construction were light, strong and easy to construct. After Joseph submitted his drawings and computations, the commission approved the low cost design.

The construct of ridge-and-roof house was lily flowers. Paxton’s repute as nurseryman was high, he wanted to lily bloom to be grown in England. He takes attention of flowers. Later it became a construct for the roof system in Crystal Palace. In building of the glass house, there was an issue with ridge-and furrow roof. Glass construction required more light, but because of structural members of roof ( trusses, purlins ) edifice does non acquire forenoon and eventide beams. To avoid this job he created the methods of glass roofing, which calls “ridge and furrow” . The rule and constructs of the roof was to acquire forenoon and eventide visible radiation without any limitation. Therefore the spectacless were placed in specific place. He tested this thought in his “Green house” . After it was applied to the Crystal Palace. ( The Crystal castle, p29 )

The roof of transept is semicircular from exterior. In building of this roof the support was made arched lumbers. Columns supported on each arched lumber. The transept roof besides following the construct of ridge-and-furrow roof. It was constructed in a level mode, but following the form of arched lumber. The scope of the arches had louvered framed opening which allow inactive airing for the edifice.

Hollow columns of the construction support the roof. The roof itself looks level. It has ridges and furrows, because of rise and autumn of them is little, roof looks level. Truss span of the roof 24 pess from each other and this spanning were supported by light beams or balks. These balks call “Paxton’s gutter” , because he created the system of utilizing the balk as a trough. The advantages are when it rains, H2O running from the surface of the roof to “Paxton’s gutter” . From there H2O goes to the chief trough, which is connected to the hollow columns and passes down to drainage. ( The Crystal Palace, p.36 )

But later on roofing system gets a job, because of non handiness of good quality building stuffs. On of the disadvantages was leaking largely from all of the portion of the large edifice. This job could non be solved.

In footings of maximising the infinite dramatis personae columns had advantages compare to masonry columns of traditional architecture, because it could transport the same burden as masonry columns. Cast Columns much slimmer than masonry columns and can supply more unfastened indoor infinite. When the bottleneck was complete the interior exhibition infinite was tremendous. Because there were no solid walls, merely the slender columns back uping the ego weight.

On of the of import advantage of the structural frame plants, that cast Fe was low in monetary value comparison to traditional carven rock. The columns of the Crystal Palace consist of reservoir, where the all the drain H2O collects from the roof. This drain H2O is useable in state of affairs of fire or for agribusiness. ( The Crystal Palace, p18 ) .

The great tallness of the edifice was divided into 3 narratives. Where are the dramatis personae Fe columns in each narratives have different tallness. In lower floor columns tallness is 19 pess and for first and 2nd floor is 17 pess. Between the columns the girders have same deepness and sizes. They look similar and give an feeling of fretwork. Therefore building does non look heavy.“This demoing how great strength may be combined with elegance and lightness”( The Crystal Palace, p35-36 ) .

Joseph Paxton designed his “Victorian house” in such a manner, so the edifice retains wet and gets bright natural lighting every season of the twelvemonth. But the mechanical and natural merchandises, which were in the edifice, were destroyed because of wet. After this experiment with “Victorian House” , it was experience for him to make new design to avoid those issues for Crystal Palace. ( The Crystal Palace, p 32 ) .

An of import advantage in building of Crystal Palace takes machinery. Paxton used different types of cut machines ( Punching machine, Iron boring machine, Adzing and be aftering machine ) . Al the machines powered by steam engine. Painting machine reservoir make fulling with the pigment, so it runs on surface of the frame. It constructed in a manner so unneeded portion could be cleaned. One of the machines he used for framed wall. The frames being cut in machinery with the precisely same dimensions, after this glass was put into the frame. The glass sashes been designed in manner so in summer can be removed. Since the work is done by machine, people did non worry that portion might non fit with each other. ( The Crystal Palace, p51 ) In pre-industrialized period constructing been by human trades without machines. Therefore it is harder and building takes long clip to be completed. The society of Art awarded Paxton’s sash-bar machines in 1841 with decoration. These types sash-bar machines started utilizing in other portion of the state. In present clip sash-bar design was taken from Paxton’s machine.

The large challenge of The Crystal Palace was to keep the normal temperature indoors. Because the map was exhibition, there would be 1000s of people. Heat bring forthing by people and the heat coming from exterior was the chief issue. Already in that clip Joseph Paxton smartly designed the external shading devices. Direct Sun visible radiation does non acquire, visible radiation is filtered and it becomes really soft. Another manner of solution of heat transportation was to do airing system. He designed airing system for wall and flooring. Puting prefabricated lovers on the wall provides hot air flight. For shocking system board were placed 1 cm apart from each other. It was smartly designed inactive design. Air could go indoors. ( Wikipedia ) . This is the 1 of the great illustration when people started believing of climatic response. Design the infinite, which will smartly work, instead than planing it for ornament.

In footings of spacial planning, Paxton provided refreshments infinites for people during the exhibition. There are infinites with unfastened tribunals and trees. There was no necessity of doing solid enclosures, so the construction does non lose the elation. The trees of the north entryway were besides for refreshment intent. Spaces were enclosed by sash-glazed dividers about similar as exterior glass panels. Suites of the edifice was designed that can acquire more natural lighting and airing. Partitions that separate the suites give the edifice really light consequence. ( The Crystal castle, p.36 )

In 1936 on 30ThursdayNovember Crystal Palace was set on fire. In one hr the edifice was destroyed. North Transept was burned. Government non insured to cover the rebuilding. Because the cost was about 2 million lbs. That clip Welby Pugin laminitis of Gothic Architecture called this edifice “Glass Monster” . He told Paxton“ You had better maintain to constructing green houses, and I will maintain mu churches and cathedrals” . Many other designers started criticizesCrystal Palace. Many books and articles was written after the destruction. Thomas Carlyle called it “Big glass soup buble” . But in these missive yearss Crystal Palace benn called “Proto Modern Architecture” and became a case in point for many edifices such as commercial edifices in Europe and America. Crystal Palace became a symbol of industrial revolution, strength and economic- industrial power of England that clip. (Manpret Singh, “The destruction Of Crystal Palace 1926-1941”


The chief thought of this essay was to demo the effectivity of industrialised methods of building of Crystal Palace in resistance to Gothic resurgence manner and Art Noveau, which represents traditional architecture. The chief points are:

  • The chief difference is that Crystal Palace represents new manners of design, where edifices do non hold to be so heavy. The intent is economical usage of infinite. For illustration: slender columns allow holding large indoor infinite comparison to masonry columns.
  • Using of different types of machines. Building can be completed in short period of clip.
  • Low cost and handiness of dramatis personae Fe.
  • Smart designed construction in response to climatic facets. As was already mentioned above, Paxton’s trough system, which collects the rain H2O in specific reservoir. Drain H2O is useable in instance of fire or for agribusiness.
  • Less utilizing of unreal lighting, because of glass stuff.
  • Passive airing design. Louvered wall system and flooring system, where the block’s spacing is 1 cm. , which allows the infinite, breathe.

The Crystal Palace was the great illustration of new manner of architecture. It was a measure frontward from the traditional architecture. The structural system of Crystal Palace we can still utilize in our clip. It was a case in point for future edifices. Already experient dramatis personae Fe and glass. After the destruction, people know how to avoid those jobs. Test it and do it work better, but the chief construct is based on Crystal Palace skeletal system. Therefore nowadays we have improved skeletal constructions.

My sentiment is that this type of architecture is more utile, comparison to traditional. In footings of infinites, how could it be better and lighter by utilizing the different types of stuffs? But at the same clip it can transport the similar burden.

It was the clip when people started believing of different design, forms and signifier. When people started believing of low cost constructions and sing of different stuffs except brick and rock. When people started believing of chances prosecuting with environing and climate facets of those sorts of constructions. Which is did non be for traditional type of architecture. Gothic and humanistic disciplines and trades edifices are more concentrating to demo the importance of it. Even the ornaments, which are non utile.

There might be disadvantages of Industrial Revolution, but the chief advantage is measure for the hereafter with industrial head.


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