درخت حوزه‌های تخصصی

Attachment to a place is a positive emotional relation between a person and a place that leads to the significance of a place for the people staying there. Several studies have been presented about the sense of attachment to one or more locations around the world that each of them has evaluated the subject from a specific view and has achieved different results. This research tries to assess the relationship between intensity of attachment to a place and scale of the place with a new look at this issue. Accordingly, the factors influencing the attachment on the place have been exامینed in three dimensions of "physical", "socio-demographic" and "emotional". Physical factors have been divided into three scales of house, neighborhood and urban. Social-demographic factors have been generalized to variables such as age, gender, level of education, etc. Emotional factors have been extracted from 21 indices of the literature related to the concepts of place and attachment to a place. In this research, 12 emotional cases were evaluated for each of three interest place scales for people with different demographic characteristics in Shiraz. Studies were conducted through questionnaires at different neighborhoods with randomly selected citizens and the results were presented as a descriptive and analytical report. These results indicate that the feeling of attachment to the city scale is at the highest level, and then is a home, and finally is the attachment to the neighborhood scale.

Urban space can be the most successful public arena in this century if employ the potentials for collective cooperation in creative ways in order to provide further services. The theory of creative city tries to strengthen the qualities which enhance the image of a city for the citizens and create a dynamic city in terms of culture and intercultural learning. Therefore, the existence of generator, open, and the popular spaces are necessary along 24 hours a day. Since the nightly work and activity gradually became parts of the urban life, urbanization requirements converted night into day for people, and the urban spaces allocated a special position in this phenomenon. Desirable urban spaces should be made in response to the present urban environment of the cities. Accordingly, the purpose of this study is to present designed solutions in order to interactive lighting to create live and urban spaces. The study uses a qualitative research method and a case study, based on field studies via a questionnaire and direct observations, meanwhile recognizing the principles of making creativity in urban spaces and the study of physical and social environments of Ahmadabad Avenue- Mashhad are investigated by using SPSS to analyze formal, qualitative and visual values in the space. Results of this study indicate whatever emphasized in urban design and the darkness comes following the sunset, may arise disorder in its performance, to helping artificial light modeling keep its efficiency during the night.

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.