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العنوان
Methodology of Sustainable Building Materials for Economic Housing in Egypt through Smart Applications/
المؤلف
Sidhom,Bishoy Magdy Tawfeeq
هيئة الاعداد
باحث / بيشوي مجدي توفيق سيدهم
مشرف / حسام الدين حسن عثمان البرمبلي
مناقش / أيمن أحمد عزت عثمان
مناقش / خالد محمد راغب دويدار
تاريخ النشر
2021.
عدد الصفحات
316p.:
اللغة
الإنجليزية
الدرجة
الدكتوراه
التخصص
الهندسة المعمارية
تاريخ الإجازة
1/1/2021
مكان الإجازة
جامعة عين شمس - كلية الهندسة - الهندسة المعمارية
الفهرس
Only 14 pages are availabe for public view

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from 390

Abstract

Buildings are considered the national valuable assets need to preserve and maintain, because of their functional, civilizational or historical value. The buildings are suffering from design problems, such as; architectural drawings and taking decisions that take many durations of time or implementation and maintenance by the implementation of the structure of buildings and finishes ... etc. Public buildings are not without the use of energy and resources to operate them and adapt them to the needs of their users. The close link between environment and development has led to the emergence of a concept of development called sustainable development to increase better opportunities for people in a society without a shortage to meet their basic needs for a long period of time to achieve prosperity and happiness for society, that leading role of aware architects the importance application of energy conservation systems and rational consumption and the use of renewable energy alternative to preserve the environment and reduce pollution resulting from the use of traditional systems of power generation. Sustainable housing development has become an important issue that needs to be taken into the subject to provide adequate housing for families, but they are still inadequate for the needs of users. The importance of the subject is to find suitable solutions to provide adequate housing for low-income families through the availability of appropriate construction methods and materials that achieve the appropriate cost, quality and sustainability as well.
The problem is the failure to take advantage of local materials that help to reduce costs, time and the completion of the implementation period and also is the lack of computer programs in the Ministry of Housing, government bodies and special housing agencies that help designers to make the right decisions in choosing the right materials in each region that adapt climatic conditions and adapted to nature. The research aims to identify the housing projects in Global, Egypt and the extent to which the criteria of sustainability are met or not available. Consequently, the focus of the study is not only to look at these projects in problems but to focus on developing future visions and how to implement sustainability, especially the idea of sustainable construction of the construction industry as well as on individuals and construction processes.
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The research also aims to reach appropriate construction methods for sustainability to measure the application of methods, determine the degree of sustainability and how to apply technology, organize management and environmental conservation through the work of designing a computer program for sustainable materials for appropriate solutions in buildings in Egypt.
This thesis presents the study and analysis of economic housing projects in Egypt and the evaluation of the elements of sustainability achieved, the use of local building materials and how to apply them to achieve the sustainability of those projects and the requirements of users. The research finds that the lack of use and utilization of local materials leads to high costs of housing units and the emergence of problems in them that need to be maintained periodically because of the inability of those materials to weather conditions. This thesis also presents design a computer program by name (Sustainable Materials in Economic Housing) that considered as the introduction of local and sustainable materials to guide designers and companies to select the appropriate materials from the results and graphs that are appropriate in each region to reduce costs and achieve sustainable development.