Green building dissertation

Physical Description vii, 79 pages : color illustrations. Mapped Search. Who People and organizations associated with either the creation of this thesis or its content. Author Xiong, Liang. Place of Publication: Denton, Texas. Provided By UNT Libraries The UNT Libraries serve the university and community by providing access to physical and online collections, fostering information literacy, supporting academic research, and much, much more. About Browse this Partner. What Descriptive information to help identify this thesis.

Sustainable architecture -- Texas -- Denton -- Case studies.

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Sustainable buildings -- Texas -- Denton -- Design and construction -- Case studies. Language English.

Green sustainable and healthy buildings explained

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Dissertation By Gaurav Gupta Issuu Green Building Report Pdf Sustainable Development And Buildings

Past 30 days: Total Uses: More Statistics. Where Geographical information about where this thesis originated or about its content. DIN Sustainable Building: Location and Site Ideally, sustainable building is about setting priorities and moving to the next decision when the previous one has been adequately addressed. In this spirit, I have tried to boil down what I think of as the core principles that guide sustainable building and how they should be ranked in importance.

This is for new and old buildings, large and small. Start at the first step and move your way up the decision chain, making connections between the steps all the time.

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You may notice that many of the goodies are near the top, which means we are not talking so much about the stuff but how the whole building is going to work Step one begins with location. You have to live somewhere. That somewhere is usually inside. That inside is only one of the insides you want to be somewhere today. Those insides have a lot to do with the outside. We have been building our civilization bigger and wider for our convenience and pleasure, but any commuter knows that that pleasure is fleeting when they check the traffic report.

Our view corridors and green belts wane. The beginning of sustainable building is to build closer to where you spend the rest of your time. The LEED system calls it community connectivity. Your work, your shopping, your parks and many other things are better simply when they are closer.

A good location is taking advantage of civilization by living in it. You can walk back from the bar. Community connectivity is not just an esoteric green building point but a lifestyle, and ultimately an entire society.

Siting is where and how you place your building. The first thing to consider is reducing your environmental impact on a chosen site. Protecting water sheds, sensitive habitat, reducing roads and other hardscapes is the first consideration.

A List Of Unused Dissertation Topics On Architecture

Try to minimize land disturbance. I have long had the thought that when you find that special place to build, build next to it, not on top of it. After all, that special place is no longer there when you build on it. Perhaps the biggest mistake that developers make is ignoring orientation. The value of a home and entire neighborhoods is deeply diminished when the lots and buildings are not adept at catching the sunshine. That is a substantial number and almost utterly ignored by your local developer. When you look to buy a building this is one of the first things to look for.

As solar technologies come into their own it would be DIN obvious for you to be able to take advantage of them by having your roof properly facing the sunshine. Siting has some very subtle aspects to it. Prevailing winds are good to capture in the summer and avoid in the winter.

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A wind rose is a localized chart of seasonal wind characteristics of a location that can help you understand your site. Noise, by way of traffic or other sources, can be addressed and avoided. Water runoff has a very real impact. Before you place a building, sit on the land. Spend real time watching the environment. You will intuitively know where the best place to build will be. There are stories of people who spent years studying their land, the subtleness of the terrain, views, wind and light. They were looking for a way to best harmonize their living with the land they wanted to live upon. Perhaps they are a bit obsessive-compulsive or maybe indecisive but you can bet they have a better home as a result. Ultimately you do not own land, you borrow it. Being stewards of this borrowed land and keeping it healthy and abundant is a generational effort.

When you place your building thoughtfully you have the security of light, heat, cooling and air that will be free for the taking. In order to stay cool in the summer, passive solar houses rely on a system of shading or an overhang to keep the building cool. In the northern hemisphere, in order to face the sun and obtain maximum solar gain, the windows would face the south. In the southern hemisphere, however, it is opposite, with the windows facing the north in order to maximize solar gain.

Seasonal Window Considerations DIN The diagram shows how the low winter sun canenter the building, while the highsummer sun cannot. Winter The diagram to the left shows how the sun is lower in the winter, while it is much higher in the summer. While windows allow heat into a building to be absorbed, their thin and transparent nature also allows heat to escape a building.

In order to keep this from happening in cold climates, it is recommended that the glass panes are doubled double glazing or even tripled. An insulated window covering or thick shade can also be used to help insulate the windows and help keep the heat in the building after the sun goes down. Summer In the summer, as temperatures rise, a passive solar building uses its thermal mass to help keep the building cool. In order for this to happen, the summer sun is kept from reaching the thermal mass of the building.

DIN A properly designed overhang keeps the heat and energy from being absorbed into the house in the summer. In the picture at the very top of this post, you may also notice that the overhang is keeping the high summer sun from entering the house.

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If the building in the middle were longer, stretching toward the two houses located on either side of it, more of its mass w ou ld be ideally situated to absorb and radiate heat in the winter Passive solar buildings are typically rectangular with the long side of the building facing south. The distance from the source of incoming heat south to where it is absorbed typically a northern wall should be minimized. The resulting shape is a rectangle. South Facing Windows and Orientation It is ideal to have the windows solar glazing within 5 degrees of true south.