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The development of both concrete and the arch in Rome and the results of their use
Thesis on Roman concrete
The history of Roman architecture
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The Romans basically invented concrete, which came to be known as Roman concrete (opus caementicium). The interesting part that made Roman concrete so durable and long-lasting was that they used volcanic Italian sand, “also known as pozzolana.” (Khan, 2017) The other part that made this such a fine building material was that it could be set underwater, practically unheard of for that time. In addition, when this pozzolana was combined with other pieces such as stones and bricks, it allowed large and very strong structures to be built. (Kamm, 2017) The structures did not have to be squares or rectangles anymore because of the introduction of Roman concrete, which could be poured into molds, and any shape wanted could be created. An article in …show more content…
Arches throughout history have been known and used for their strength in structures; this strength, combined with the added strength of the pozzolana, made for Roman structures that withstood the test of …show more content…
Roman arches were also used to construct the famous Roman Colosseum where many gladiators and Roman events were held to entertain citizens.” (Empire, 2017)
Amazingly, the Romans, with their heavy use of arches, did not invent them. They were brought to Roman architecture by the influence of the Etruscans. The Romans used some features of Greek architecture as well in beautifying the arches. Some of these features included “columns, capitals, architraves, and pediments.” (Empire, 2017) The Colosseum in Rome is one of the most famous examples of Roman arches and contained 80 massive ones which worked as entryways.
The arches were important in other ways besides beauty; they supported waterways. Arches became a part of the aqueduct system in Rome; there were approximately 11 aqueduct systems in Rome. (Roda, 2016) “The most famous aqueduct in ancient times was the Claudian aqueduct, begun by Caligula and finished by Claudius.” (Kamm, 2017) The arches were only part of the systems in some places because they only need to be in place where there were large valleys or gullies. Of the 315 miles of Roman aqueducts, only 36 miles were supported by arches. (Roda, 2017)
Thousands of years ago, Greek and Roman architects created rectangular-shaped buildings supported by huge, marble columns. For example, the Parthenon has forty six outer columns and twenty three inner columns. All of these columns come at a price. There is less space in the building and the views through the building are obstructed by the columns. It was not until about 100 A.D that that the Romans did a little experiment with a new concept, arches. These Roman scientists discovered that when you put them together, they form a circular dome. This concept caught on quickly as many ancient architects began to build “domes”. They found that making a dome created more space because there were no columns involved. Without the columns, the arches provided unobstructed space that is more appealing to those u...
In Rome the buildings were constructed under Roman Empire. The Roman Colosseum was constructed between 69 to 79 CE by the Vespasian emperor, The Circus Maximum was built in the 2nd century B.C by the high emperor, in 31 B.C the fire destroyed it that led Emperor Augustus to rebuild the Circus in 82 AD, Ludus Magnus was a gladiatorial training school in Rome and it was originally built between 81-96AD by Emperor Domitian. The emperor’s theme was large public stone buildings that would bring the people of Rome together and also the emperor was rich and they had manpower. The emperors also patron towards the workers and also to prove that they are the great leaders. The emperors had money, a lot of workers to build the buildings to the Emperor’s satisfaction. The buildings were used by the public as entertainment where they would go and watch all sorts of races & fights.
Rome had many architectural buildings that we know of today. Many Roman building ways were copied right from how the greek people use to do theirs. Though they copied Greek style, they came up with their own style. They used many arches, some arches were used to show the wealth of a person, the fancier, the wealthier. Roman people made aqueducts. Aqueducts were able to bring the city of Rome, running water. One of the most famous aqueducts would be the Pont Du Gard, it ran for thirty miles and supplies twenty thousand gallons of water to th...
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.
Today the Roman arch is one of the most innovative tools that we have borrowed and perfected from the Romans. “During construction, arches are often supported by a wooden frame. When the frame is removed, both sides of the arch press against the keystone and thereby support the arch.” The Greeks and Romans started using aqueducts, which is where we got the idea of pipelines to distribute water. Aqueducts were constructed by building large bridge like structure that sloped slightly towards the destination it was going to. We borrowed that idea and now use pipes that are pressurized and push the water towards where it is
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 Architecture of the Colosseum is very grand, with the capacity to hold up to 80,000 people. The Colosseum is over 160 feet tall, it “has a length of 620 feet and was close to 513 feet wide” (“Colosseum Architecture.”). Because the Colosseum was so big, it would have been very difficult to get so many people in and out of it had it not been for the various arches and stairs built within it. In total there are about 80 arches that each led to various stairways. These stairways then led to all the different levels of the Colosseum, which in turn made it a lot easier and more comfortable for a lot of people to exit it in a short amount of time. The Colosseum also had many arches of which four were “reserved exclusively for royalty and nobles” and the others were for the rest of the people (“Colosseum Architecture.”). Unlike other amphitheaters which had a circular shape, the Colosseum had the unique shape of an oval, which helped the people watching have a better view of the arena. This added to the overall different feel that the Colosseum had.
“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.
One of those arches was the Arch of Constantine. The Arch of Constantine is made up of three archways and stands adjacent to the great Colosseum with the largest arch of 21 meters high and 26 meters wide and is richly decorated with statues and reliefs. The Arch of Constantine was built by the Senate who dedicated it to Constantine in 315 AD, after his victory over the army of Maxentius at the Battle of Milvian Bridge in 312 AD. During its construction, many parts from older structures were reused. For example, the statues at the top were taken from the Forum of Trajan, which depict the Trajan army having conquered the Dacian soldiers. The reliefs between the statues commemorate Marcus Aurelius whereas the roundels were from Hadrian’s time. However, there are some decorations, which have been specially created for this arch...
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.
Romans developed amazing engineering skills which were used in the creation of many marvelous buildings including, massive buildings, amphitheaters, and even the famous Colosseum which still stands in Rome. Using curvilinear forms the romans built iconic structures for which we know them by today. The Romans accomplished many engineering feats one most notable was the Aqueduct. In the Early ages of the Roman Empire, the romans constructed bridges made of rock and stone which carried water to cities from sources of water which were a far distance from each city. The Romans took great care in building all of their buildings.
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.
The Roman Colosseum, also known as the Flavian Amphitheatre, is perhaps the most famous ancient landmark in the world. The Colosseum was the host to thousands of gladiatorial shows, mock naval battles, executions, and animal hunts. Today, the Colosseum still stands in the center of Rome, Italy, however, not quite as it used to be. Still, today, the Roman Colosseum is a large tourist attraction, thousands of tourists from all over the world still come to view this marveled arena. The Roman Colosseum has a rich history, and remains a prized possession of the Roman citizens.
...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.