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Greek and roman architecture
Greek and roman architecture
Greek and roman architecture
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The Development of Concrete and Arches
Concrete and arches. These two items were intrinsic to Roman architectural success. It can be noted, in fact, that the concrete of the Romans, pozzolanic concrete, was far superior to modern "Portland" concrete, able to withstand more strain, last longer, and survive more of nature and man's collective brutalities. In terms of arches, the Romans did not create the arch, but they darn near perfected it, making exemplary use of their materials and workmanship to make aesthetically pleasing, but inherently useful, structures that relied on the arch.
Concrete
"Pozzolana was used to make mortar and also, when mixed with lime and strengthening materials such as chips of rock and broken brick, concrete" (Kamm, n.d,). Concrete, of course, is a material that most people are familiar with. Today, concrete can
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Arches were as aesthetically pleasing as they were useful, and formed the base of many Roman structures, most notable being the aqueducts that provided Roman towns and cities with ample fresh water.
Importance. If you have ever seen Roman architecture, you have no doubt seen the use or arches within Roman architecture. From the facade of the colosseum to the Triumphal Arch, from the aqueducts to the temples, the Romans clearly loved their arches, and made extremely good use of them.
Results of Its Use. Without the arch there would not have been such phenomenal use of space, in terms of aqueducts, as well as with materials. Arches enabled tings to be build taller, without necessitating undue compensation for weight strain. The phenomenal success of the Roman aqueduct system would have been nonexistent, without the use of the arch.
The Pantheon was a Roman concrete structure. Roman concrete is a mixture of lime and volcanic ash (pozzolana, found near modern-day town Pozzouli). Roman concrete is also called hydraulic cement-based concrete. It is known for curing relatively rapidly, even in damp condition, thus it could be used for massive construction. The most daring thing about the use of Roman concrete in the Pantheon is that Portland cement needs steel reinforcement due to tendency of cracking caused by tension forces, meanwhile the Pantheon did not. The Pantheon still stands today is because of its special structure.
It was so much more advanced than any empire that came before this time. Romans took a lot of pride in their their buildings and architecture and many of the structures they used back then are still used today, like columns and arches. The Romans used columns and arches in structures like the colosseum and the Circus Maximus, both which were buildings where gladiatorial games or chariot races were held. These structures are still used today, for example, you can see these structures at one of the most famous buildings in the United States, the White House. The architecture from the roman era has impacted modern day by giving us structures to add into our cultures and to important buildings around our
Another difference in these civilizations is in the architecture of each region. The architecture of the Romans was also more advanced than that of the Greeks; they used concrete and placed emphasis on arches, vaulted ceilings, and domes while Greece emphasized balance and symmetry. Greek temples aimed at impressing by designing intricate, aesthetically pleasing outer views, while Roman architecture's goal was to impress by enclosing a vast amount of space. Thirdly, the Romans were far more advanced than Greece in terms of engineering progress. In both the areas of civil and hydraulic engineering, Rome towered above Greece.
The engineering discoveries of ancient Rome have played a key role in the history of architecture and engineering. Many of Rome’s roadways, bridges, and aqueducts have been in use from the first century until the twentieth century. Many American buildings have used the Roman dome. Several major structures from early Rome still stand, including the Collosseum. These remnants of feats of Roman engineering stand as a monument to the ability of ancient Roman builders.
Natural stone arches are geological formations that occur when rock is exposed to substantial amounts of erosion , which over time forces the rock into the shape of an arch. Stone arches are among the most diverse of rock formations, not only because of the large area where they are known to be found, but also their complex ways of forming. Although many factors contribute to making natural stone arches so enthralling, one key role keeps and hones our constant attention: each and every stone arch every formed will fall. Despite the things we do know about stone arches, they are continuously changing and teaching us new things about them as well as the world around us.
A prime example that conveys the idea of buildings being used to express a sense of national identity lies within the Roman Empire and its consequent architecture. In order for the Romans to maintain control of their vast Empire, they required the building of both formal architecture, like temples and basilicas, as well as effective infrastructure, such as bridges, roads and aqueducts. The construction of roads and bridges allowed for communication between all the different provinces. Aqueducts allowed the Romans to supply the cities with water, whilst fortifications and city walls helped to protect them. Roman cities consisted of a network of administrative centers and the buildings within them acted as visual symbols of power throughout the Empire.
If the ancient Roman innovation of concrete, were to not have been significant, it would not have continued to be used across the globe. In fact, ancient Roman hydraulic cement-based concrete was so notable that modern day scientists are trying to, “replicate the exact formula for which ancient Roman concrete was made.” This is due to ancient Roman concrete being so sturdy and strong that aspects of it have lasted over 2000 years without deterioration. Without the innovation of Roman concrete, many of the modern world’s infrastructure would not be stable, causing havoc across the globe. Also, advancements in construction, health, and even safety areas would not be possible, as almost every piece of infrastructure, from sewerage and water pipes, to building and security walls, would not be able to remain as safe to use. This is because the modern world relies so heavily on concrete, with around five billion tonnes of concrete being used around the world each year,becoming the single most widely used material in the construction industry. In fact, around 76% of all first-world infrastructure is reinforced with concrete. Without this substance, much of the modern-world's infrastructure would not be as tall or sturdy as what it currently is, as it would simply deteriorate or break. Hydraulic cement-based concrete is certainly the most significant Roman
The Romans also excelled in the highly practical art, architecture. The Romans were the first people in antiquity to use concrete on a massive scale. By using concrete in their new architectural designs, the Romans were able to construct huge buildings, bigger than the Greeks ever could have dreamed of.
The building of this famous Roman structure is still a mystery to us today. However, the excavation of this site has helped archeologist better understand the structure itself and the way it was built. Along with this, it has helped us understand Roman culture and history more than we had before. The Colosseum is an extremely important part of Roman history and has shaped ancient Roman culture into what it is known as today.
“Many European cities still bear reminders of the power of ancient Rome, and throughout the western world the influence of Roman power is still manifest.” “As the Roman Empire expanded Roman architects struggled to achieve two overriding aims: to demonstrate the grandeur and power of Rome, while also improving the life of their fellow citizens.” They held the Greeks in high regard for both their sculpture and architecture, learned stonework and pyramid architecture from the Egyptians, and absorbed important techniques from the Etruscans. To that end, the Romans perfected three architectural elements: concrete, the arch, and the vault. These three elements helped lighten the load carried by Roman structures while maintaining overall durability.
Concrete is one of the most widely used construction material in the world. The reason for this is because concrete is strong, easy to make and can be molded into various shapes and sizes. Besides that, concrete is cheap, affordable and is readily mix.
On the other hand, the Roman sculptures were also significant. They displayed the heritages and traditions for every Romans and played an important role in the history of Rome.
This class has examined the various accomplishments of ancient Rome, many that have been carried on throughout time and influenced numerous cultures around the world. Amongst those accomplishments were the development of concrete and the utilization of arches. This paper will examine the Roman development of both concrete and the infamous concrete arch that is utilized in many modern day structures today.
Architects traveled to Rome and studied the remains and ruins of ancient Roman building, colosseums, and pantheons. Arches, pilaster, columns, pediments, domes, and entablatures were some of the elements that were inherited from classic Rome architecture. Architects were also influenced by the writing of Vitruvius.
...ovements on the arch and the dome. Also, they built roads, bridges, harbors, and aqueducts, which they were most famous for. Aqueducts were a revolutionary invention that carried water from the hills to the cities. Even today, the principal of the aqueducts enables many urban areas to have water. The lasting contributions of the Roman Empire have helped to shape modern living.