Concrete Abstract
This project focuses on how different types of materials effect concrete applications, as well as how it affects its structure, and weight.
Concrete is one of the oldest building materials known to man and still used in almost every structure on the planet. Concrete was first discovered by the Romans around 300 BC. It was discovered by taking some fine pink sand which turned out to be volcanic ash and mixed it with water to produce the first cement.
Concrete is composed of two major parts. The aggregate, which is essentially the back bone to concrete, and the cement, which is the glue that holds it all together. The aggregate is most commonly some sort of rock material. But in lighter weight concretes fiberglass, wood flakes, and even styrofoam balls just to name a few are used to replace the rock aggregate. They are unable to withstand the forces a rock aggregate concrete can but designed correctly is can also be used structurally.
The cement on the other hand is comprised of an assortment of ingredients. Most common ingredients in Portland cement, which is the most commonly used cement, is limestone, shells, chalk or marl combined with shale, clay, slate or blast furnace slag, silica sand, and iron ore.
The uses for concrete are absolutely endless. As stated previously the most common use for concrete is for structure. Foundations, footings, retaining walls, garage floor slabs, commercial sky rises, etc. But concrete is also used for its aesthetics. Many sculptures, fire place mantels, counter tops, wall finishing, polished flooring, etc can be created from this multipurpose material.
Concrete is the building block of humanity. It’s the one material every person relies on at some point in there day. Whether it is to support a house, hold back the earth, or beautify a building. Concrete is there to make life possible for everyone everywhere.
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7 comments:
The abstract is starting to look good Brian, but I would recommend focusing a bit more on the application of composite materials and not just on what they're made up of.
I would recommend talking a bit about the materials before stating what your thesis is, and turning it into a question that you'd like to solve. Right now it sort of seems like a report just about these materials, and not like you're trying to answer a question.
It needs some proof-reading English wise as well, let me know if you want any help with that!
Hi Brian
I think the applications you are learning about concrete are interesting, but what are you analyzing?
you could discuss applications of concrete with different mixes (like styrofoam) and whether they are enhance insulation values and are appropriate for desert areas like Kamloops, or colder places up north. Or you could analyze whether of not concrete with different mixes is structurally different in different climates. (wetter, hotter, dryer etc.) maybe some of those materials swell or shrink in different places (Maybe that could lead to different applications of concrete?)
also if you want me to proofread it, just let me know.
Morgan and Shevaun are right on with their comments. You need to apply this research to something. Work on a thesis question that talks about how you will do this. If you are stuck for ideas, talk to Dennis. He teaches a whole course about concrete in third year.
Hey Brian
It sounds like you really understand concrete! You have the research down packed, but try focusing more on your application.
Hey Brian,
I was watching the discovery chanenel the other night, and there were a couple of engineering students that had come up with a concrete cloth product. Very cool product! They are using it for relief structures and the like. What it is, is just a cloth that can be formed to whatever shape you want, then it gets sprayed with water and 24 hrs later you have a strong concrete structure. They are wrapping this concrete cloth around an inflatable sack then rolling it up for transportation. Once on site they un-roll it and in flate it, spray it with water and voila! done. here is their web site.
http://www.designboom.com/contemporary/concretecanvas.html
hopefully it is inspiring.
-Jared
hi, I found a book that might be useful to you.
Abercrombie, S. Ferrocement: Building with Cement, Sand, and Wire Mesh. Schocken Books, NY, 1977
Hey Brian,
thanks for the book reference, I should be able to use the industrial waste heat recovery technology for residential applications.
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