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Roman contribution to civilization
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The Romans made lasting achievements in science, engineering, architecture and art. In addition, Rome’s literary tradition and legal system remain influential today. Look outside you see your sidewalk? The concrete that made your sidewalk was actually one of a big achievement for the romans for their architecture. Romans are famous for their advanced engineering accomplishments, although some of their own inventions were improvements on older ideas, concepts and inventions. One of a important achievement was the invention of concrete. They built numerous concrete structures, including the Pantheon in Rome, one of the finest examples of Roman architecture that survives to this day, which has a 42-meter-diameter dome made of poured concrete. The name concrete comes from the Latin "concretus", which means to grow together. This is a good name for this material, as the chemical hydration process, which mainly occurs over the time scale of hours and days, causes the material to grow together from a viscoelastic, moldable liquid …show more content…
They are large bridges like structures that transport water to the many foundations, public baths, and sewage systems of Ancient Rome by using gravity. The Romans constructed aqueducts to bring a constant flow of water from distant sources into cities and towns, supplying public baths, latrines, fountains, and private households. Rome's first aqueduct supplied a water-fountain sited at the city's cattle-market. By the 3rd century AD, the city had eleven aqueducts, to sustain a population of over 1,000,000 in a water-extravagant economy, most of the water supplied the city's many public baths. Hundreds of aqueducts eventually sprang up throughout the empire, some of which transported water as far as 60 miles. Aqueducts also kept out their enemies from poisoning their water systems. Perhaps most impressive of all, Roman aqueducts were so well built that some are still in use to this
The Romans made aqueducts throughout there empire to supply water to there public baths, however it quickly became used for drinking, and the sewage system. they had a series of aqueducts that started from the rivers, even as far away as the river Anio. The Anio and Aqua Claudia were the two biggest systems of aqueducts for the Roman Empire. All aqueducts were designed to carefully drain all waste water into the sewage systems. The aqueducts lead the citizens of Rome to have very high hygiene.
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.
They had built latrines and bath houses. With the Romans having latrines and bath houses this meant they could regularly take showers, which would keep them clean. Also having latrines meant that the public did not have dispose their waste never their houses or where they kept the drinking water, which meant they were hygienic. The Romans had also built aqueducts for clean water to get to different parts of the country. The rich got clean water straight to their houses through lead pipe.
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 Roman Pantheon built by the Romans using advanced engineering skills combined a cylindrical structure with an outer colonnade Greek classical design to make an architectural monument. The amount of time and effort that went into the building of this structure shows a cultural emphasis on quality workmanship and perfectionism. This workmanship and perfectionism showed the importance given to the worship and honoring of the Gods. This pantheon is the only active place of worship amongst Rome’s ancient temples still in existence. Modern commentators tend to view the building as a high point in an "architectural revolution" brought about mainly through the Roman development of a superior pozzolana concrete that lent itself to the forming of unitary, three-dimensional structures. Other factors cited for the technical success of the Pantheon include the use of a series of massive, concentric stepped rings and the lightening of the dome by coffering and gradated light-weight aggregates. ( Mark, Robert, and Paul Hutchinson, 1986) The concrete dome was one of the world’s largest unreinforced concrete builds for over a millennium until the modern era. The success of the Pantheon longevity was largely attributed to acquired new techniques of construction and materials that shaped the development of Roman construction technology. This allowed for the use
Around the dawn of the first millennium, the Han and Roman attitudes toward technology were both self glorifying; however, the Han Empire in China placed more value upon technology and technological enhancements than did the Roman Empire, as evidenced by the constant concern on the part of the Han dynasty over the occasional indifference on the part of the Romans.
The Romans also saw a need for well-planned cities. They used the same basic layout as they would for an army encampment. Water would flow into a cistern through the aqueducts to be dispersed in the cities plumbing. The cities were laid out in small sections, each section having its own fountain. The wealthy citizens would have also had hot and cold running water. The Romans also made sure that the streets could accommodate heavy traffic. By allowing for extra traffic the Roman army could move through a city more easily and it allowed for future expansion.
As one of the greatest structures in Rome, the Pantheon was built between 118 and 128 CE. It is described as the most remarkable ancient building surviving in Rome. After being destroyed and rebuilt twice, it was renamed the “Temple of the Gods”. In 126 AD, the Pantheon was restored to its glory, by the architects who at that time has learned and mastered their craft in concrete construction in the Greek Classical order. They constructed a massive 25 foot thick walls which was to support the huge dome made of concrete to be placed at the top. The dome was the largest ever made of unreinforced concrete at 43.4 meters in diameter (Matthews, Roy and Platt pg. 5).
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
This is because, before the significant innovation of Hydraulic cement-based concrete, clean water and sewerage were contained in nothing but a, “channel lined with stone, closed on top with … flat slabs and then covered over with earth.” At first, this system was thought to work very well and help with the health of the Roman empire. However, soon these early aqueduct structures began to collapse. Due to these aqueducts not being checked daily and no one knowing about what had happened, the Romans kept using these aqueducts. However, because these early aqueducts had collapsed, many bacteria could invade the water supply and Rome’s enemies were able to deliberately poison the water. However, on top of all this, one of the worst impacts that broken aqueducts caused was severe lead-poisoning. This was because many of the early aqueduct pipes were made from lead, and without these pipes being supported, they simply fell. Due to Rome’s water supply already being quite high in lead, the fallen lead pipes proved to be too much, causing much of Rome to become severely sick. Lead-poisoning from fallen aqueducts in Rome caused over, “30 000 residents to die each year.” However, if these early aqueducts were to have been reinforced with concrete, like all of the later
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 ancient Romans had many contributions that were important to the western civilization. Some of their contributions include the aqueducts, public baths, markets, and juries. The Romans were also the greatest builders of the ancient western world. They created a legacy that proved to be as dominant as it was long lasting and many roman principles are embodied in their modern instructions. The Romans made varies of contributions to the Western Civilization, but a few are the most important of all. Rome was the most important civilization to the Western World. It had left a great legacy behind by paving the road for the spread of Christianity, forming the basis for the republic, and allowing for a widespread diffusion of culture.
Accomplishments from the Roman Empire include aqueducts, bridges, the Silk Road, and Christianity. These achievements were left behind in its legacy, which is still alive today.
Opus caementicium or Roman concrete is a synthetic construction substance that’s composed of an aggregate, a binding agent, and water. In Rome’s case, as discovered by UC Berkley with the extensive analysis of a sample of Roman concrete taken from a breakwater in Italy’s Pozzuoli Bay it was developed by using lime and volcanic rock which formed a mortar, the mortar and volcanic rock were then packed into wooden forms and when seawater was added a chemical reaction occurred, bonding everything together to create concrete (History, 2013). It is uncertain when Roman concrete was developed, but it was clearly in widespread and customary use from about 150 BC; some scholars believe it was developed a century before that.
...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.