درخت حوزه‌های تخصصی

A house, as a primary dwelling is designed according to life style and current values in the life and mind of Residents. House is a cultural element, containing cultural meanings situated in the spirit of a house, distinguish the form of other houses. Special life style and conduct of residents becomes value through time. This value organizes the meaning in the mind and determines meaning of life and appropriate physical space. In this paper, we have tried to study theories of a philosopher concerning meaning issue and meaning ontology, and meaning of life, and then, present components to evaluation the meaning in historical houses of Mazandaran. Indexes and questionnaire were used through the components. Six historical houses were selected to evaluate, filled by ten specialists for each house. This paper describes the theoretical framework by qualitative research approach and analysis method. It assesses qualitative components to quantitative components, based on the evidences and documents. Then, it provides reliable criteria. Research achievement presents the solution to design temporary houses based on linkage of meaning and form.

This paper reviews the experience of Persian designers and planners for creating the most livable and greenery capital city in the hole region of Middle East throughout the 17th Century. New concepts of urban green development emerged in that time. Some of these ideas where extremely creative and vanguard from there era and still some of them are the main theoretical basics of urban green planning in the modern world. This paper focuses on Isfahan’s greenway planning ideas and discusses how the city transformed to a sustainable city in Safavid period. The discussion is based on the combination of the organic and planned forms of greenway design, which was unique by that time and made the garden city of Isfahan. The Maddies1, which are the branches of water derived from the river and flowed inside the urban context, are studied as the bases of organic greenway and the Charbagh2 and Naghshe-Jahan Square are investigated as the planned green developments.

City is the most complicated and tangible creature of man. There is a critical mutual communication between human and city; and the effect of one’ living environment is beyond question. Graffiti is a new urban phenomenon, which has drawn attention in light of its connection with protestation culture and street art. Thanks to symbolism of graffiti, the artists have added mysterious aspects to their work and distinguished themselves from formal culture. Social protestation is the most notable feature of the graffiti found in Iranian cities. However, to the best of our knowledge, there has been no notable research work in Iran on the relationship of human, society, and existence from of graffiti symbolism viewpoint in particular. The present study is an attempt to survey and evaluate common symbols used on urban graffiti through documentary research. Technique and content analysis in stratified semiology based on Iranian-Islamic culture were taken into account.

Soil is among the cheapest and most available materials found in the human living environment. Seeking refuge in the heart of earth and benefitting from soil’s thermal property, based on experience, is a strategy employed in the past across some regions. Also the passive systems are amongst the cheapest methods of providing heating and cooling demands of the buildings. These systems experience the lowest impact of environmental degradation while increasing the energy efficiency of the building through decreasing heat gain and loss. The idea of the earth-sheltered buildings is amongst the passive construction that has been embraced by the architects. An earth-sheltered building, as a passive idea, can guarantee, extensively, the reduction of energy consumption and provides the required conditions for thermal comfort. The present study discusses and investigates the thermal performance of earth-sheltered residential buildings in Yazd city of Iran. To predict this type of constructional thermal behavior, subsequent to field and library studies, thermal simulation was employed using Energy Plus software. Energy Plus software is able to simulate the envelopes adjacent to soil. The simulation process is conducted through depth changing of the soil surrounding the sample, assuming its thermal properties are constant. Considering to the results, by increasing the depth of sheltering in amount of soil, its energy consumption saving will increase. In this situation annual temperature fluctuation decreases 50% and it saves about 67% of energy consumption. In addition the most hours set on thermal comfort zone. This subject adds 50 more days to annual Earth-Sheltered acceptable thermal comfort conditions. Moreover due to investigating of the building orientation as an effective element for energy consumption, south orientation is specified as the best position for energy reduction in Earth-Sheltered.