Frost resistance of concrete containing brick aggregate Dissertation

Frost resistance of concrete containing brick fuse - Dissertation ExampleThis amazing ability also allowed him to predict, characterize and exploit the chemical and physical qualities of minerals, metals and new(prenominal) elements found in nature. It is this specific knowledge that postulates it possible to develop new applications in the industries such as social system, shipbuilding, manufacturing, food production, etc. Early structures built by early civilizations of Egypt, China, India and different nations are still in existence today, although most of them are in ruins already. Man will always build new structures as ha slurat and places to work in, sometimes building skyscrapers to maximize the use of limited land. However, a growing realization that Earths resources are not infinite has lead to the Green Movement in the construction industry these days. A big component of todays modern structures is concrete which makes up more than 60% of the total volume in construc tion materials. This paper discusses the exciting possibilities of using concrete with brick aggregates in them to improve their frost resistance and make them dour-lasting. This paper examines the use of brick aggregates instead of the separate usual aggregates in cement. Some studies showed brick aggregates concrete to wee-wee repair qualities (Singh 27). I. Aim of the Project It is the aspiration of every architect and engineer to build structures which can last for long periods of time. The idea is to build for posterity if possible and this can be done with the right types of construction materials. concrete has always been a favourite material due to its availability, strength and ease of use. The word concrete comes from the Latin concretus which means compact or condensed this makes concrete desirable as a material of choice. In concrete, builders have found the ideal material to construct grand buildings of all shapes and sizes. Concrete is a composite construction mate rial derived by mixing cement with fly ash, slags, aggregates (made up of gravel, crushed rocks, limestone, granite and a little bit of sand) water and several chemical ad medleys. Concrete solidifies into place after mixing it with water in a process known as hydration. The water reacts chemically with the cement to form and bond all its other components together into a hard rock-like material. Concrete is the most widely-used man-made construction material in the humanity today. A lot of factors determine whether the concrete will stand the test of time. Moreover, engineering structural designs deficiency to take into consideration the actual load weights imposed on the concrete. A concrete structure is clear to various elements of nature such as wind, rain, earthquakes, fires, moisture and snow, to name just a few. In other words, the durability of a structure is to a large extent determined by its exposure to the elements. An pregnant consideration that allows a concrete mix ture to withstand the extreme elements of nature is the design and composition of the aggregates mixture forming the concrete. It is in this regard that I am examining how brick aggregates can improve the frost resistance of the concrete. A re-examination of its in demand(p) frost-resistant qualities is vital because it will improve concrete structures by making them more durable. It will help in minimising use of scarce construction materials by reducing a need to build new structures to put back old ones. The problem of