The Internal Environment Of Buildings Construction Essay

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Built environmental research, design, building architecture, as we have gradually been developed with great influence in our civilization today. Actually affected by the quality of skilled building component characteristics and its own behavior depending on the natural / synthetic exposed as well.

The subject headings in the proposal / which have been considered, and analyze the impact of heat exchange in a modern building "heat stress in the internal environment in buildings," Most of the buildings are now a few days and have some of the effects of environmental exposure to internal and external (heat ). Heat exchange is a very important measure and should be taken into account for the betterments of human settlements in the building.

2.0 statement of issues / problems

Usually see the structure of the environment to build three-dimensional perspective, and evaluate the narrative shows the transfer of heat energy in the development and high rates because of the rapid movement of the phenomenon of global warming by working on the land and buildings. Building and construction features of emerging technologies that "management" features that have appeared in front of the tone in the building that dates back to the earliest structures built. The main problem faced by modern buildings in our environment is the internal heat transfer effects, which makes it favorable in the Habitat and cause damage to life and property. (Www.energy.wsu.edu)

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2.1 interest

• to improve the means to live in buildings with ventilation to assist in the internal environment

• to enable developer building the architect of modern knowledge on how to mitigate the effects of heat exchange in the building

• To promote the development of strong growth in the construction of buildings resistant to climate change

3.0 Research hypothesis and / or questions

The purpose of this research to generate knowledge that we take advantage of a heavy promoter of heat storage buildings, and the best terms to understand the internal energy change in terms of modern buildings in the vicinity of the State, as it is to know which type of methodology used to understand the thermal stress of the internal environment in buildings. Building and the environment, research and architectural design of buildings, as he gradually been developed with great influence in our civilization today.

4.0 Objectives

The objective of this work are:

• Analyze and identify the problem of heat exchange in a modern building.

• To determine the optimum design of the terms "negative design and construction materials, specifications and details of a new modern building.

• investigate the thermal properties of concrete with unusual aggregates.

• Investigate how thermal material properties of heavy construction materials affect the thermal properties of buildings.

• Create a simple tool that makes it easy to investigate and visualize the impact of thermal inertia in high rise buildings.

4.1 SCOPE

The main steps in the heat exchange in the internal environment in modern buildings: to know that the heat and the internal environment and how it affects the thermal stress in the building, as we move forward in this action research and prevention that will be incorporated into in the research, explained that to show the level of understanding. Given the fact that in this project and we will look at how they were used to determine the thermal conductivity and heat transfer of heat stress in the internal environment will be included to evaluate the noise in the body of research, and also observed previously seen to be present in our goals, and understand how they have been transferred heat exchange in the building, and how it affects the habitat (human wealth), which have been identified. As a researcher in the project implementation will suggest several precautions to provide a comprehensive project on the impact of a good heat transfer in a modern building in the internal environment.

Method 5.0

Research methodology to be used in the project given that qualitative research methods, this method aims to obtain a full description is based on detailed research, seeking answers to these questions, according to previously established procedures. And by this relationship to the subject mentioned above as contained in research, observations, interviews, sampling, and written materials, questioners, health, ethics and access in terms of qualitative research is to determine the thermal stress and heat transfer thermal conductivity change heat in a modern building. Will be determined by the energy stored in the building. This is a qualitative analysis that explains the different levels of systematic sampling thermal atmospheric pressure. (Www.slideshare.net)

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In an effort to explore the landscape, and a qualitative researcher seeks not to interfere as possible, so that there is no research and methods to destabilize the situation. So many quality materials come from talking with people, either through formal interviews or casual conversations as well as qualitative research aims to spread on public issues, taking a sample or a natural fit.

Useful source document data in qualitative research, but they should be treated with caution. This questionnaire is not the main method in qualitative research, because they usually require the subject to respond to incentives, and therefore they do not work normally. We are not concerned with some qualitative research on health as it is usually understood, and intended for the arbitration agreement.

The main debate in critical qualitative research revolves around the tension between public and private research, and between the rights of people in the know and the privacy of the subject.

In short, a strong qualitative research

• attention to detail and ability to embrace both verbal behavior and non-verbal, to break through the field, looking for meaning, and reveals for the accuracy and complexity of the case or issue.

• describe the perspective and the transfer of feelings and experiences.

And context • Operation of the situation and time.

• Establishment of experimental data, theory, and thus no "intimacy fit" between theory and data.

6.0 Literature review

In this chapter, we discuss the pressure on the heat energy in public buildings in the environment, to see how it affects the building when it comes to building internal heat in the exchange of fire shines. We will also be in accordance with section will include information on the principles of smart building design, and development concepts. Chapter will conclude each search criteria in the expression of heat stress in some modern buildings, and how buildings can be constructed to fit the modern amenities.

This study was conducted by the qualitative research data collection methods and sources from the Internet, as well as several magazines. As with all research, qualitative research is a type of research to find answers to questions; systematic and involves collecting evidence. However, the uniqueness of qualitative research is that it can not produce the results do not determine in advance, and the results may be applicable beyond the immediate boundaries of the study. To be effective, especially if you want to get specific information about the culture of the same theme, namely,

Heat transfer in buildings, thermal and pressure of the internal environment of buildings in the process of how heat stress through the building, and the measures that can gradually be prevented to adequate housing by a man (Michael Faraday1202). Heat transfer is heat generation the importance of engineering disciplines, but also use and conversion of heat energy and heat exchange between the physical system. Therefore, the three (3) radiation is the primary means of heat transfer, which are linked, and convention and radiation. (Www. heating.1800anytyme.com)

6.1 Delivery: - this behavior is the heat flow through the use of this issue. Caused by physical contact between the bodies (2) two or object in contact with one another. Overall, the support is a good conductor when a more dense material.

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6.2 Heat: - This is a transition from the heat flow in gas or liquid medium (mass movements). Space in the building, and the effect of convective heat and most of them are large; side and not down, which is a term like my freedom. This convection heat to work with molecules of the material that expands with increasing intensity in the air less.

Eddy

6.3 Radiation: - This is the transmission of electromagnetic radiation through space. This transition occurs between light and radar waves, which are not visible. We refer to the materials is less than zero (0) (-459.7F) referred to as infrared. This radiation is invisible beam that travels at the speed of light in a straight line, but no temperature energy only. (Www.protek-usa.com).

Radiation

In short, building control methods that have existed for a long time, as development occurs gradually, architects and continue to see how the heat exchange in heat stress affects the environment in modern buildings. Were divided and analyzed these costs with the many procedures and methods, and also with reference to the era of history when I put the heat exchange building in mind for the best accommodation for human beings in the internal environment in the universe. As mentioned in the review and put the transmission of heat in the building to three (3) ways to how they affect the possibility of every human, property and buildings through heat stress imposed on them in the domestic environment.

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6.4buildings

Building may be vulnerable to climate change. In the future there may be an increase in the risk of collapse and decline of health, significant losses in value caused by the storm and the snow falls or damage, creep of water, climate and the deteriorating internal and lower age of the building. The most powerful storm in a short time is the biggest challenge.

Built environment is a major contributor to climate change, as is the case in carbon emissions and energy use arising from the use of the building. He added that the buildings are designed to make life long. Therefore, the availability of weather data to assess the impact of climate change climate change on energy consumption in buildings is very important. Building design and heating and cooling plant for several days, very hot and very cold that may be encountered, any incident of extreme or near extreme. There is a growing belief among some scholars of the atmosphere and extensive trust in the media / public that extreme weather events (such as heat waves and drought-related) increased frequency in recent decades.

This perception of the following is also believed that further improvements will occur at the end, as global temperatures continue to rise. This project is an investigation of the link (statistical and theoretical) between the extreme temperatures (extreme pressure also solar radiation, wind and steam to the building design) and changes in the middle of the distribution and extent of extremism is simulated by the current state without and with Recent global climate model. This is one of analysis built a suitable design data for 2025 and 2050 to evaluate, by building performance simulation, and the effects of climate change on comfort, energy consumption and carbon emissions and energy consumption in buildings, sustainable present and time before with reference to the theme of "modern society carbon removal" Research.

7.0 Effects of climate change on building performance

When it comes to existing buildings, and the age and condition of the structure, can be used in building materials, types of building envelope systems affect the ability of structures to resist the forces of climate change.

For example, the construction of buildings for 50 years of age were constructed using a "face-sealed" cladding system and will, in most cases they have a very small capacity to resist the effects of climate change because of what is directly exposed to the "shell" of the building the conditions are constantly changing and more hostile external environment. (For buildings include wall pressure equalized rain screen, and key in any environmental separators, seals, insulation, and so on. And concealed, and generally are not exposed to the elements.)

Climate change factors that may have a direct impact on the building envelope as follows:

• The highest intensity of solar energy causes a higher surface temperature of the external elements and interstitial to the converted, and higher than the UV and the resulting damage;

• shift in the types, shapes, patterns, and rainfall intensity, including an increase in the frequency of freezing - liquid cycle, melting ice, freezing rain and rain on snow;

• may be changes in rainfall patterns also increase the number of times that may have a wet and dry components and increasing penetration of frost;

• a shift in peak frequency and high humidity;

• Changes in a variety of seasonal temperatures with increasing frequency and length of heat waves or cold;

• Increase the frequency and severity of wind and flood events.

Changes such as temperature, humidity, and precipitation of the work at the siege of lead to changes in the dimensions of the material, which in turn can lead to cracks and fractures in the polymer-based materials such as clothing, vinyl, window frames, sealants and filling. Similarly, it can heat up the pressure in the form of freeze thawing cycles lead to premature aging of porous materials such as construction, stone and mortar.

Can other environmental factors, including any increase in rain and dust, smoke and acid are also significant implications for the building envelope. In addition to the effects of ultraviolet radiation, and mechanical agents such as wind-driven rain or dust, or rain loads itself can act as the load structure and may contribute to premature or rapid deterioration

Effects of climate on building

7.1 selection, justification and development of detailed research

The reason for choosing this research project is the attention that comes from, the broader meaning of this subject that has an impact on our daily lives. This could understand the problem of how temperature affects the internal building. It is also clear look at the reasons to choose a research theme and highlighted the fact that a moderate amount of information available for this topic, namely the exchange of heat in a modern building, and heat stress in the internal environment of the building.

The most important thing of this research is to know how to heat exchange occurs in the internal environment. And also the importance of this study is to present information professionals. I have received information from sources such as respected academic research journals and other publications.

Effect of heat exchange in the internal environment, how heat affects the internal building and how it will use the qualitative method used to break the grip of each bit of information one to read and write information to demonstrate the various skills that can be applied to school work and life. Through research for the heat exchange through heat stress building items from a source of information, I was evaluated for the development of a comprehensive and quality education on the subject this way.

This has enabled the conclusion a few places, such as the problem statement, objectives, scope, goals, and determine the research methods to support every bit of information generated in research. Have been given this by clicking on the heat exchange building heat in the internal environment in buildings with sufficient information to understand the Explorer thermal conductivity and thermal stress, build experience under the influence of heat, and heat exchange as we have seen happen in 3 (3) different ways, which were stuck up and the Convention, means the quality of radiation research.

Based on research conducted on July 24, and has conducted a survey on the effects of heating the building, which was held in Malaysia, Top, and from the observations made for the construction of various temperatures, a certain climate (temperature) effects on the inner wall of the building and the also be more than dangerous for the building and can also cause loss of life and property in the building. And take pictures of the various study sites, which will become clear below.

The technique used in the field of major work, is to conduct investigations in different locations and settings, such as wind speed climatic trends, local, temperature, relative humidity, rainfall and sunlight levels. Also to conduct an investigation and opinion, and an interview with the questionnaire during the survey. Field work also involves the collection of raw data or new information. This is collected through surveys and questionnaires made outside specially for that purpose. It's not always wise or possible to drill each specific site, or clear all in certain areas. In these cases, it is important to develop exploration strategies or surveys that will get enough information to make a realistic interpretation of the site or area. The main technology used in this study with the manner of collection of informed consent, the scope, purpose and effect, and participant observation, interviews or questions, and gather demographic data and material culture.

8.0 Conclusion

In conclusion, this research proposal, and has developed a lot of information on this topic on the proposed exchange of heat stress, thermal building that affect the internal environment of buildings. The applicant may, and ventilation system with heat recovery nature is an interesting concept in a modern building facing climate change in many countries, and those affected by the exchange of heat in their own buildings. Process exists and the concepts can be developed. They must involve the close integration with building design, to reduce the need for a fixed pipe, and the natural forces driving the account shows that the practical natural ventilation system with heat recovery. It is for the exchange of heat energy in the building and many dangerous scenarios that have been ignored at times. This can be a source of light on what seems excessive pressure actually leads to catastrophic accidents. Two main strategies to protect against this risk increased pressure include pressure and relieve stress. There are many design standards of practice and guidelines and good engineering documents for the implementation of this strategy.

REFFERENCIES

• Clark, JA, Energy Simulation in Building Design, Adam Hilger Ltd., Bristol (United Kingdom) (1985). Second edition

• Quoted by Dr. RJ Eiselen and Professor Tina Uys Eiselen, R., Uys, T., Potgieter, N. (2005).

The research data used SPSS13: Uncategorized. University of Johannesburg.

• AIT called T, Abdul-Baqi 'and numerical simulation of heat throughout Zrikem Z (2008)

Transfer by conduction, convection and radiation in the natural structure of a heated hollow

From below or above. International Journal of Science terms

• Caroline Ross, Ph.D. Advanced principles of heat transfer WSU Energy Program 2008 and Washington State University energy extension program.

• Edwards, D.K., V.E. Denny and AF Mills, transfer: Introduction to

Deployment, radiation and heat, 2nd Edition, McGraw Hill, 1975.

• Fort J.L.M, hands, J.W. And Clark, JA (1991) Loss Buildings.pdf heat gain. 3 editions

• Moran, M. And Shaprio, H. Basic Engineering Thermodynamics, 6th Edition, Hoboken, NJ: Wiley 0.2008

• Smith, J., Van Ness, H., and Abbott, M. Introduction to Chemical Engineering