280 likes | 569 Views
Roman Architecture. Comparative Civilizations 12 K.J. Benoy. Origins of Roman Architecture. As with sculpture, the Romans borrowed heavily from two cultures that they conquered – the Etruscans and the Greeks. Model of an Etruscan Temple. Origins of Roman Architecture.
E N D
Roman Architecture Comparative Civilizations 12 K.J. Benoy
Origins of Roman Architecture • As with sculpture, the Romans borrowed heavily from two cultures that they conquered – the Etruscans and the Greeks. Model of an Etruscan Temple
Origins of Roman Architecture • Elements of Roman architecture show Greek influence. • The Romans changed or modified the architecture to suit their needs and make them more functional • The Romans were less attached to “ideal” forms that the Greeks used
Origins of Roman ArchitectureThe Maison Caree @ Nimes • Romans needed interior space for worship, whereas the Greeks worshipped outside. • Their solution was to extend the walls outward, creating engaged columns, while maintaining the same basic shape.
Roman Innovation • To the original Greek orders, the Romans added two: • The Tuscan order. • The Compostite order.
Roman Innovation • Tuscan Order: • Like the Doric, except this one has a base.
Roman Innovation • The Composite order combined elements of both the Ionic and Corinthian. • It appears to be Corinthian acanthus leaves, supplemented with volutes.
Roman Innovation • The Romans were the great engineers of the ancient world. • Their structures, particularly of public works, were often massive in scale. Ruins of the Basilica of Constantine
Roman Innovation • The Roman ability to build massively was largely determined by their discovery of slow-drying concrete, made with pozzolana sand. • This allowed not only bases, but also walls to be constructed of mainly concrete or concrete and rubble. • Facings could be made of more expensive stone or inexpensive brick. • The result was strong structures that could be formed in any desirable shape.
Roman Innovation – Massive Building – the Temple of Fortuna Primigenia • The Temple of Fortuna Primigenia was a massive structure, made possible by concrete construction.
Roman Innovation – Massive Building – Baths of Caracalla • Roman baths were the recreation centers of Roman cities, incorporating pools, exercise facilities and even libraries. • They could serve hundreds or thousands at a time.
Roman Innovation – The Arcuated Arch • Romans did not invent this form, but they used it well in bridges, within buildings, and to allow aqueducts to span rivers and gorges.
Roman Innovation – Composite Walls • Note the use of a brick outer facing and a fill of concrete and rubble.
Roman Public Water Supply • The Romans transported water from far away to cities via aquaducts. • Cities themselves were plumbed, providing private water for the rich and for baths and communal supplies for poorer neighbourhoods.
Roman Innovation- Public Entertainment • Public spectacles – be they gladiatorial combat or theatrical – were given public venues. • Theatres and arenas were built to hold multiple thousands of people and were engineered so as to allow quick and effective entry and exit.
Roman InnovationWorship – 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 occulus to allow light to enter.
Roman InnovationHousing - Insulae • Large apartment buildings housed most of the population of a Roman city.
Roman InnovationRoad Building • The need to move legions and trade goods in all weather led to the development of the best roads in the world (to the 19th century).
Public Buildings – Basilica • Basilica were first built to house audience facilities for government officials. • When Christianity became the state religion, this kind of building was adapted to Christian worship.
Public Buildings -- Basilica • A large nave is flanked by side aisles behind a row of supporting piers. • An Apse draws attention in the direction of the altar.
Conclusion • The Romans were brilliant engineers. • Their innovations form the basis of much of our civil engineering today.