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  • Concrete And The Arch

    The development of concrete and the arch is an important part of Roman history. Both concrete and the arch were essential to life in Rome, and they provided results with their use. The purpose of this paper is to inform the reader about the development of concrete and the arch. Discussion The development of concrete began in 1824 AD, when a bricklayer uncovered a surprising revelation. “If that is then pulverized, you get a powder which, when mixed with water, sets as hard as rock.” (Kamm, n.d., p. 1). Concrete was an important part of life in Rome. This is because concrete was instrumental in the construction of large buildings. “Judicious use of bricks and concrete together enabled massive, permanent structures to be built.” (Kamm, n.d.,…

    Words: 541 - Pages: 3
  • Roman Concrete Vs Concrete

    The development improvement of concrete and the use of the architectural arch contributed greatly to the engineering and design achievements of the ancient Romans. The use of these two technologies allowed the Romans to build structures that were taller, stronger and more durable than any that had come before them (Yegul). The basic use of mortar was not invented or pioneered by the Romans, but while concrete is similar to mortar in its makeup, it is a different material. Roman concrete…

    Words: 444 - Pages: 2
  • Concrete Mixture Design

    mixture design that is shown in table 1 is the basic components that will go into each group of concrete. The concrete design shown in table 1 has a designed 28 days compression strength of 40 MPa (5800 psi). With the intention to test the concrete in a shorter time span, the compression was design at 40 MPa at 28 days in order to get a compression strength of 30 MPa after 7 days. This mixture design was determine from using a couple design procedure and also contacting a representative from…

    Words: 979 - Pages: 4
  • The Concrete Strength Analysis Of Perdikaris, And Concrete

    found in their work that the size is the main element of the concrete strength, as in their study they concluded that a moderate size is different to be broken than large size. Mather and Darwin (1976, 1977) identified that the medium size is the more strengthen and durable concrete type. Burnet and wolsier (1989) indicated that building made of concrete materials always be considered as strong and valid as the materials used in it, would be assumed and reassured as of high quality and high…

    Words: 924 - Pages: 4
  • Basic Characteristics Of Concrete

    Concrete is a building material that looks like stone. The Latin word “concretus” means to grow together. Concrete is a composite material,composed of coarse granular material (the aggregate or filler) entrenched in a solid matrix of material by (the cement or binder) that fills the space between the aggregate particles and pastes them together. Depending on what kind of binder is used, concrete can be divided into nonhydraulic cement concrete (made of nonhydraulic cement), hydraulic cement…

    Words: 852 - Pages: 4
  • Essay On Roman Concrete

    Concrete was a major contribution to the growth of the Roman civilization. Without it, the Roman architecture that is still seen today, like the Coliseum or the pantheon, would not still be standing. The idea of concrete first came from the Etruscans, but with Roman ingenuity they perfected the mixture and made it revolutionary. Concrete was used largely in the Roman Empire and greatly improved the architecture. It was sturdy, flexible, and was easy to use which made it a staple in Roman…

    Words: 589 - Pages: 3
  • Concrete And Roman Arch

    Concrete and the Arch HIST 1421: Greek and Roman Civilization University of the People Unit 7 Written Assignment Student #S108497 Rome learned and adapted many architectural and building skills from around their empire. In particular two things allowed Romans to achieve many architectural feats that are still standing today, close to two millennia later. The first item was the development and use of concrete as a building material. The second was the implementation and intelligent use of a true…

    Words: 641 - Pages: 3
  • Concrete Lab Report

    On March 1st, 2016, the CEE 3030 Construction Materials class mixed concrete with varying water cement ratios and created three, 3” diameter by 6” high cylinders and three, 6” diameter by 12” high cylinders. The cylinders were cast according to the ASTM C31 standard. The class was divided into sections, then the sections were divided into teams. The sections mirrored each other, and teams created concrete with 0.40, 0.44, 0.48, and 0.52 water cement ratio. Over the next 28 days the cylinders…

    Words: 1980 - Pages: 8
  • Concrete Mix Calculation

    1. The concrete mix proportions for the batch were calculated before the beginning of the lab by a select few group members. Calculations were done with goal of the having the greatest early strength as reasonably possible. To accomplish this, the accelerator agent of calcium chloride was added at a proportion of 2 Ib. of calcium chloride to every 100 Ib. of cementitious material. This ended up being 0.483 Ib. of accelerator. The physical properties, like specific gravity and percent absorption,…

    Words: 1055 - Pages: 4
  • Comparing The Aqueduct And Concrete In Rome

    Within the 1,200 years the Roman Empire existed some pretty astonishing cultural advancements were made. The Romans made improvement in architecture, monuments, entertainment, and literature. The aqueduct and concrete are among the best architectural advancements made by Rome. The arched structure that we know as aqueducts use gravity to transport water through pipelines and into city centers. The aqueducts promoted sanitation and allowed Romans to enjoy many luxuries like toilets, sewage…

    Words: 372 - Pages: 2
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