Producing sustainable self compacting concrete - Literature review Example

Research Methodology The research methodology that I intend to implement entails collecting relevant data on the topic of self-compacting and concrete from different documents and compiling the databases to critically analyze the topic and arrive at an understanding that is more complete. The methodology also entails shading some light on questions that relate to the topic and on the results of the 9 mixes of cement, fine aggregate, coarse aggregate, water, and fly ash. The work to be undertaken in this research involves doing a mixture of substances and finding out the results.

Some of the risk assessment to consider in this research is such as; taking careful measures when mixing different substances, following given instructions carefully to avoid mistakes that can lead to inappropriate results and so on. Components in the Mixture Cement 584 2 584 2 Fine Aggregate (0/4mg) 987 3 987 3 987 3 Coarse aggregate (4/8mg) 526 526 5 526 5 Water 260 260 260 Fly ash 0% 5% 10% 20% NJ 50 1% 3% 5% W/C 0,445053064 0,445053064 0,445053064 Cement 584 2 584 2 Fine Aggregate (0/4mg) 987 3 987 3 987 3 Coarse aggregate (4/8mg) 526,5 526 5 526,5 526,5 Water 292,1 292,1 292,1 292,1 292,1 Fly ash 0% 5% 10% 20% NJ 50 1% 3% 5% W/C 0,5 0,5 0,5 Producing Sustainable Self Compacting Concrete Sustainability is the newest standard in the engineering sector.

This new standard is proving according to research and many experiments to be one of a better future. In the Following paper, we shall discuss the production of self-compacting concrete cement, acrylic polymer, and fine aggregate sand. These are all part in the engineering sector of structures that are all around us. However, they are different in that they are the new technologies that most first world countries want to start using if they have not started already. The above new technologies are set to take the world by storm by their nature to create structures with a significant less affinity to deformity.

The aforementioned precast concrete is a type of Self-compacting concrete. Production of a Sustainable Self-Consolidating/ Compacting Concrete According to numerous dictionaries, sustainability is the ability of maintaining a subject or an object. Dictionaries go further and state that the maintenance of an object has the ability to use the natural resource repeatedly without having to destroy the balance created naturally in the ecological system. In the construction world now, this definition states that manufactured concrete has the ability to utilize the natural resources without interfering with the ecological system.

This brings forth an issue that the construction sector is experiencing. Is it possible to produce concrete that is friendly to the eco-system? The answer to this is yes it is possible (Park, 2010). Over a century ago, production of over ten metric tonnes of cement was produced in the construction sector. The whole world produces this amount. However, the amount of concrete produced was roughly around 40 million cubic meters. In the 1900 the total human population was roughly 1.64 billion people, the number now has more than quadrupled with the population staggering over 7billion people.

In those times the amount of cement a person could use