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Roman Architecture

The document discusses Roman architecture from the 2nd to 4th century A.D., highlighting the Romans' engineering prowess and their use of concrete, which allowed for massive structures like the Colosseum and the Pantheon. It notes the influence of Etruscan and Greek architecture while emphasizing Roman innovations such as the Tuscan and Composite orders, aqueducts, and public baths. The conclusion underscores the lasting impact of Roman engineering on modern civil engineering practices.

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0% found this document useful (0 votes)
12 views2 pages

Roman Architecture

The document discusses Roman architecture from the 2nd to 4th century A.D., highlighting the Romans' engineering prowess and their use of concrete, which allowed for massive structures like the Colosseum and the Pantheon. It notes the influence of Etruscan and Greek architecture while emphasizing Roman innovations such as the Tuscan and Composite orders, aqueducts, and public baths. The conclusion underscores the lasting impact of Roman engineering on modern civil engineering practices.

Uploaded by

jadeeeee2222
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© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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‭History of Architecture 1‬‭౨ৎ ⋆。˚‬

‭♥‬ T ‭ he Romans were the great‬


‭Chapter 5:‬ ‭engineers of the ancient world.‬
‭Roman Architecture‬ ‭Their structures‬‭, particularly of‬
‭(2nd Century–4th Century A.D.)‬ ‭public works,‬‭were often massive in‬
‭scale.‬
‭♥‬ ‭The Roman ability to build‬
‭massively was largely determined‬
‭Origins of Roman Architecture‬‭౨ৎ ⋆。˚‬ ‭by their‬‭discovery of slow-drying‬
‭♥‬ A ‭ s with sculpture, the Romans‬ ‭concrete, made with pozzolana‬
‭borrowed heavily from two cultures‬ ‭sand.‬ ‭This allowed not only bases,‬
‭that they conquered‬‭,‬‭the Etruscans‬ ‭but also walls to be‬‭constructed of‬
‭ nd the Greeks‬‭.‬
a ‭mainly concrete or concrete and‬
‭♥‬ ‭Elements of Roman architecture‬ ‭rubble.‬
‭show‬‭very significant Greek‬ ‭♥‬ ‭Facings could be made of more‬
‭influence.‬ ‭expensive stone or inexpensive‬
‭♥‬ ‭However, Roman functional needs‬ ‭brick.‬‭The result was strong‬
‭sometimes differed, resulting in‬ ‭structures that could be formed in‬
‭interesting innovations.‬ ‭any desirable shape.‬
‭♥‬ ‭The Romans were less attached to‬ ‭♥‬ M ‭ assive Building‬‭:‬‭The Temple of‬
‭“ideal” forms and extended Greek‬ ‭Fortuna Primigenia‬‭was a massive‬
‭ideas to make them more‬ ‭structure,‬‭made possible by‬
‭functional.‬ ‭concrete construction‬‭.‬
‭♥‬ ‭Romans needed interior space for‬ ‭♥‬ R ‭ oman baths‬‭were the recreation‬
‭worship‬‭, whereas the Greeks‬ ‭centers of Roman cities,‬
‭worshiped outside.‬ ‭incorporating pools, exercise‬
‭♥‬ ‭Their solution was to‬‭extend the‬ ‭facilities and even libraries.‬ ‭They‬
‭walls outward, creating engaged‬ ‭could serve hundreds or thousands‬
‭columns,‬‭while maintaining the‬ ‭at a time.‬
‭same basic shape.‬ ‭♥‬ T ‭ he Arcuated Arch‬‭- Romans did‬
‭not invent this form but t‬‭hey used it‬
‭Roman Innovations‬‭౨ৎ ⋆。˚‬ ‭well in bridges‬‭within buildings and‬
‭♥‬ T
‭ o the original Greek orders, the‬ ‭to allow aqueducts to span rivers‬
‭Romans added two:‬ ‭and gorges.‬
♡ ‭ he Tuscan Order‬‭-‬ ‭Like the‬
‭ ‬ T ‭♥‬ C ‭ omposite Walls‬‭- Note the‬‭use of a‬
‭Doric except this one has a base‬‭.‬ ‭brick outer facing and a fill of‬

‭ ‬ T‭ he Composite Order‬‭- The‬ ‭concrete and rubble.‬
‭Composite order‬‭combined‬ ‭♥‬ ‭Public Water Supply: The Romans‬
‭elements of both the Ionic and‬ ‭transported water from far away to‬
‭Corinthian.‬ ‭It appears to be‬ ‭cities via‬‭aqueducts‬‭.‬
‭Corinthian acanthus leaves,‬ ‭♥‬ ‭Cities themselves were plumbed‬‭,‬
‭supplemented with volutes.‬ ‭providing private water for the rich‬
‭and for baths and communal‬
‭supplies for poorer neighborhoods‬
‭entertainment‬
‭History of Architecture 1‬‭౨ৎ ⋆。˚‬
‭♥‬ T ‭ he Roman Colosseum‬‭-‬‭Public‬ ‭Conclusion‬‭౨ৎ ⋆。˚‬
‭spectacles‬‭be they gladiatorial‬ ‭♥‬ T ‭ he Romans were brilliant‬
‭combat or theatrical‬‭were given‬ ‭engineers.‬
‭public venues.‬ ‭♥‬ ‭Their innovations form the basis of‬
‭♥‬ ‭Theaters and arenas were built to‬ ‭much of our civil engineering today.‬
‭hold multiple thousands of people‬
‭and were engineered so as to‬‭allow‬
‭quick and effective entry and exit.‬
‭(e.g. Amphitheater at Nimes)‬
‭♥‬ W ‭ orship: The Pantheon‬‭- The‬
‭magnificent interior space of the‬
‭Pantheon was achieved by:‬

‭ ‬ ‭Employing a dome over a drum.‬

‭ ‬ ‭Coffering the dome to reduce‬
‭weight.‬

‭ ‬ ‭Placing an oculus to allow light‬
‭to enter.‬
‭♥‬ ‭Housing:‬‭Insula‬‭-‬‭Large apartment‬
‭buildings‬‭housed most of the‬
‭population of a Roman city.‬
‭♥‬ R ‭ oad Building‬‭-The need to move‬
‭legions and trade goods in‬
‭all-weather led to‬‭the development‬
‭of the best roads in the world‬‭(to the‬
‭19th century).‬

‭♥‬ P ‭ ublic Buildings:‬‭Basilica‬‭- Basilica‬


‭were‬‭first built to house audience‬
‭facilities for government officials.‬
‭When Christianity became the state‬
‭religion,‬‭this kind of building was‬
‭adapted to Christian worship.‬
‭♥‬ ‭A large nave is flanked by side aisles‬
‭behind a row of supporting piers.‬
‭♥‬ ‭An‬‭Apse‬‭draws attention in the‬
‭direction of the altar.‬

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