Claude Perrault | |
|---|---|
.jpg) 17th century portrait of Perrault | |
| Born | (1613-09-25)25 September 1613 Paris |
| Died | 9 October 1688(1688-10-09) (aged 75) Paris |
| Education | Doctor of Medicine |
| Alma mater | University of Paris |
| Occupation(s) | architect, physician, writer |
| Notable work | East façade of the Louvre |
| Relatives | Charles Perrault (brother) Pierre Perrault (brother) |
Claude Perrault (French pronunciation:[klodpɛʁo]; 25 September 1613 – 9 October 1688) was a French physician and amateur architect, best known for his participation in the design of theeast façade of the Louvre in Paris.[1] He also designed theParis Observatory and was ananatomist and author who wrote treatises on architecture,physics, andnatural history.[2]
His brother,Charles Perrault, is remembered as the classic reteller of the old story ofCinderella among other fables.[3][4]
Perrault was born and died in Paris.[1][5]
As physician and natural philosopher, who received a medical degree from theUniversity of Paris in 1642, Perrault became one of the first members of theFrench Academy of Sciences when it was founded in 1666.[1][6]
A committee commissioned byLouis XIV, the Petit Conseil, comprisingLouis Le Vau,Charles Le Brun, and Perrault, designed theeast façade of the Louvre.[7] It was begun in 1667 and was essentially complete in 1674.[8] By 1680, Louis XIV had abandoned the Louvre and focused his attention on thePalace of Versailles. The wing behind the east façade was not finished until the 19th century with the advent ofNapoleon. The definitive design of the east façade is attributed to Perrault, who made the final alterations needed to accommodate a decision to double the width of the south wing.[9] He also created projects for the joining of the Louvre with theTuileries Palace[5][10][11][12] and may have devised the use of iron tie rods behind theentablature of the east façade in order to solve engineering problems arising from forces causing stress in the masonry.[13][14]
![Drawing of 1668, attributed to Perrault, showing a design for the east façade of the Louvre[15]](/mt/?noimg=&dark=on&url=https%3a%2f%2fen.wikipedia.org%2fwiki%2fFile%3aClaude_Perrault%2c_perspective_bird%2527s-eye_view_of_the_Louvre_from_the_east_%25E2%2580%2593_Berger_1993%2c_figure_67.jpg)
![General plan of Perrault's second project for the joining of the Louvre and the Tuileries, engraved by Jacques-François Blondel[10]](/mt/?noimg=&dark=on&url=https%3a%2f%2fen.wikipedia.org%2fwiki%2fFile%3aLouvre_et_Tuileries_-_Plan_g%25C3%25A9n%25C3%25A9ral_suivant_le_second_projet_de_Claude_Perrault_-_Architecture_fran%25C3%25A7oise_Tome4_Livre6_Pl2.jpg)
Perrault designed theParis Observatory (1667–1669), a research institute of the Académie des Sciences.[6][16] His design for atriumphal arch on Rue St-Antoine was preferred over the competing designs of Le Brun and Le Vau, but was only partly executed in stone.[6][17] When the arch was taken down in the 19th century, it was found that he had devised a means of interlocking the stones, withoutmortar, so that it had become an inseparable mass.[18] He also created a design (unexecuted) which used free-standing columns for the reconstruction of the church ofSainte-Geneviève in Paris.[5][19]
![Bird's-eye view of the Paris Observatory, 1667 drawing by Perrault[20]](/mt/?noimg=&dark=on&url=https%3a%2f%2fen.wikipedia.org%2fwiki%2fFile%3aClaude_Perrault%2c_perspective_bird%2527s-eye_view_of_the_Observatoire%2c_Paris_%25E2%2580%2593_Berger_1993%2c_figure_68.jpg)
Aside from his participation in the design of the Louvre, he became well known for his translation into French of the ten books ofVitruvius, the only survivingRoman work on architecture. Begun at the instigation ofColbert, it was published, with Perrault's annotations, in 1673. His treatise on the fiveclassical orders of architecture followed in 1683.[2][6]
In addition, he made a valuable contribution in acoustics. His treatise on sound was a part of the bookOeuvres diverses de Physique et de Mecanique. In his later book, he treats such subjects as sound media, sources of sound and sound receivers. In musical acoustics, he noted the importance of vibration on consonance and dissonance. His study "De la Musique des Anciens" in theOeuvres diverses discussed how combinations of notes yields harmony. It also contains critical examinations of old manuscripts onEuropean music.[21]
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