International Journal of

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The traditional architecture is the achievement of mankind experiences in different geographical/cultural and social domains. The traditional architecture of Iran as a valuable outcome is one of the live and spirited instances of the history of human life that through pondering and research and close relationship with its natural, historical and human environment would be obtained. The repeatability of it contemporarily is somehow difficult so the Iranian architects and urban planners mostly focused their attentions and efforts on preservation and conservation of it. A brief review of such literature provided within this era outlines that mostly current studies and researches focuses on the outcome of such architecture or at most consider the characteristics of their creators and are less surveyed the creation and its process context. The attitude of traditional architect toward designing context or "the place of design" is one of the least considered aspects of traditional architecture. Such attention would lead to noteworthy achievements even in today's attitudes toward design and effective factors. The evolution manner of architecture traditionally which is in place of attention in this paper, provides a method of direct reference of the traditional architect toward the place of design or "earth" even when some written documents of them are not available. To achieve such goal this paper mainly concentrated on the remaining resources. In this respect the historic habitats of Yazd could be mentioned as one of the paragons of "Iranian Traditional Architecture". This paper briefly expresses and points on this fact that the creation of architecture traditionally happened in a totally different existential scheme in compare to modern era that specifically seeks such difference within the attitude and approach toward earth (site) or the place of design. The theories of two notable personalities of contemporary architecture "Christian Nordberg Schultz" and "Christopher Alexander" are considered. This is necessary where as while fulfilling the reliability of the paper and points on some notable similarities within their theories by what's recognizable in Iranian architecture and declares the different fundamental aspects, too. In respect to the subject, part of paper considers the clarification and illumination of traditional architecture.

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The present paper will investigate the specific elements of architectural design based on Islamic beliefs, by taking Iranian Architectural values and vernacular climate design methods into consideration. This research will assess the spirit of experimental elements, created by the inhabitants, according to recent scientific findings. The main concentration will be on the physical design of rural areas in hot, arid and sunny regions of Iran in order to have active and healthy environments and to emphasize on transferring all these sustainable values to the future.

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According to Islamic teachings, human being moves towards perfection if conditions conducive to His/her calmness are realized at home. According to this view, 'house' represents 'family' and a Muslim's home is regarded as Sacred and private. There is an inherent tendency in human being towards privacy, the most important of which is realized at home. Therefore, if privacy is trespassed at home, it may no longer serve as a home. As traditional houses have assumed a more architectural manifestation due to religious principles (Shariah), identifying these principles and converting them into housing rules and regulations are among the major concerns of urban planners. This study introduces, analyzes, and compares privacy and hospitality pattern in the nomads' tents and permanent dwellings through a combined method. In this paper, some of the behavioral patterns related to the privacy, as mentioned in Holy Quran’s verses, are introduced. The evidence also comes from religious texts showing that nomads’, Muslims’ and Zoroastrians’ tents in Kerman have been influenced by religious beliefs. The findings of this study stress the need for privacy and shows that there is a direct relationship between the concept of family in a culture and the scale of privacy and territory .

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In some climates, massive buildings made of stone, masonry, concrete, earth and … can be utilized as one of the simplest and most effective ways of reducing building heating and cooling loads. Very often such savings could be achieved in the design stage of the building and with a relatively low-cost. Such declines in building envelope heat losses combined with optimized material configuration and proper amount of thermal insulation in the building envelope could help to decrease the building's cooling and heating energy demands and building related co2 emission into environment. This paper presents a typical study of thermal mass buildings, especially, a kind of masonry building called YAKHCHAL, where most of the buildings are constructed out of mud or sun-dried bricks. They behave like a thermal mass building types. In this climate, there are great many buildings which have been adapted to their climatic conditions. Such traditional solutions may help to overcome the energy crisis which the mankind faces today and may face in the future.

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The importance of Iranian ancient as architectural heritage have to competent international prestige a nd respect due this is important with regard to proper conservation met hods based on non-destructive evaluation methods and non-contact testing providing enough accuracy and speed to bri ng performance to stabilize while correct location and age value of valuable architectural aspect of quantification. Qu ality and originality of these valuable cultural po ints of view, maintenance, protection and restoration in principle be enough a nd intervention measures in the field of strengthening and improvement due seismic in these important historic monuments. Thus re-assessment actions shall be effective with accuracy, speed and lack of unnecessary destruction in order to maintain these buildings may be accompanied by gentility. Therefore, we should transfer the newest technical knowledge through appropriate training and non-destructive with non-contact methods in the field of architectural restoration for ancient monumental wo rks in these objectives will be achieved. Based on any particular monument, rules and technical measures appropriate to its historic monument need to be used. This paper tries to explain while doing it is specialized modern academic training and evaluating the existing technology in architecture, the importance of attitude in non-destructive observing methods, assessment, measurement and diagnostic engineering features of monuments. The methods of documentation, studies, classify scheme, explain the profile of engineering methods of pathology, evaluation, analysis and formulation process of expanding the structural weakness of monuments and finally race precision appropriate intervention measures, modeling, strengthening and durability of the architectural heritage of Iran th rough the training consideration of a new curriculum.

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Abstract The Qajar dynasty was a time of civil wars as well as the wars against Russia, meanwhile, Qajarid Shahs, understanding the power of sublime art both in internal and external political relations, tried to expand and renew the style of the mural decorations which is the issue of this article. Increasing the relations with European countries like England and France, Fath Ali Shah and his court were influenced by European diplomacy, culture and art. Also they were deeply inspired by pre-Islamic royal and artistic concepts and styles. Early Qajarid murals were the obvious return to tradition this study tries to identify the sources and socio-political reasons that lead to this movement. In the other hand, realizing the function of the mural decoration and political determination of the king and his court in early Qajarid period, which moved away from the common Zand theme and function (the Persian former dynasty) and followed the imperial art of the Achaemenid and Sasanid eras, can explain their formation of historical compositions and majesty of their artworks. By the seventeenth century, as a result of extended contacts with Europe the unfamiliar tradition of painting in oil on canvas was gaining currency among Persian artists. Although the medium was borrowed from European painting, the style remained largely indigenous. The influence of imperial Sassanian and Achaemenid themes also appeared on the carved figural reliefs. Mural decoration and art were led to serve political affairs in order to legitimise the Qajar dynasty.

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Day lighting is one of the important qualitative factors in housing, which is also effective on health and well-being of occupants. Extensive glass surfaces and Transparency in building facades provides good daylight quantity for interior spaces. However, this lighting system is not appropriate for climates faced with higher sunlight radiation (Such as hot-humid areas), due to overheating and disturbing the thermal comfort. There are efficient day lighting strategies in the traditional Iranian architecture as one of the valuable remaining heritages of Human experiences, which are useful for contemporary architecture. This article intends to investigate daylight quality in the houses of Bushehr from Qajar period by modeling and simulating in daylight calculation software (Dialux) and identify day lighting strategies utilized in these houses. As Bushehr city is located in the hot-humid region of Iran, is faced with high sunlight radiation, making balance between receiving light and heat gain through windows needs careful attention. The houses of Qajar period in Bushehr are evolved samples of traditional architecture in the city and Rashidy house (built in 1893) is one of them which its form and details can reveal many lessons on coping with climate by merely using renewable energies.

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The concept of redevelopment is accompanied by actions and forecasts to improve the quality of the physical-spatial environment inthe cities, that is by the emergence of new facilities and conditions, improving the spatial environment is achieved. This requirement occurs when the coherence, coordination and the performance of the urban area is diminishing and is not responsive to the requirements of that area. The brownfields are amongst the inefficient urban areas and require redevelopment, which mostly include Deteriorated buildings accompanied by environmental contamination. The main issue of the present study is the lack of a compiled and appropriate roadmap to redeveloping the brownfields in Iran. Accordingly this article is seeking to introduce and present the defining indicators of brownfields, adapt these indicators to Iran's condition and achieve the redevelopment roadmap of these lands in Iran. In this regard, the codification of this article has been done by the descriptive-analytical method. Results of the study show that the main problem of Iran's planning system is the lack of a regulatory and legal description of brownfields on one hand, and absence of a compiled roadmap to lead urban development into the zone and use the capable potentials and opportunities for redevelopment

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This paper examines the utility of the air pollution Model (TAPM) in simulating meteorology and dispersion of PM10 and wind data in order to assess The Impacts of Wind Variability Function on Urban Heat Island for the day of 25, November,

2012 in Karaj city that experienced severe degradation in air quality. Drawing, Skew-T diagrams, maps of surface pressure (500hp), omega (850hp) and atmospheric conditions at 300 – 900hp  level are used for analysis. Due to wind patterns, the air pollution behavior is simulated regarding to resolution of 5 km for output amplitude. Simulations of the PM10 and wind data in ten metric levels from three point of city are prepared according to synoptic conditions. Meteorology and PM10  dispersion results indicate that in spite of prevailed wind direction (West to East) in the mentioned day the effect of wind threshold on the air filtration is reduced and heat island formation is occurred as a result of reduction in air flow speed in urban areas. Therefore, it is essential to consider adopted strategies to mitigate urban heat islands such as the principles of bioclimatic architecture,  urban  morphology,  urban  infrastructure-related  measures  (architecture  and  land  use  planning) for  urban planning.

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Generally, more than 60 percent of land in cities and around 40 percent in small towns are utilized as housing areas. The present research aims to investigate the price of urban housing lands in Iran during the years 2001-2011 in different provinces. The method of research used in this paper is descriptive/ analytical method. After gathering the data in this regard via the Central Bank of Iran, using Moran Coefficient in GIS software and GeoDa software, the spatial autocorrelation was calculated and the correlation between variables like the price of urban housing land, percentage of urbanism, the average of the area of housing units and the level of development in different Iranian provinces was calculated. The findings of this study reveal this fact that in 2011 only in some provinces is there a significant relationship between the price of urban housing lands and the level of development of provinces. Also, the price of urban housing lands in Iran during 2001-2011 is not correlated with variables of urbanism percentage and the average area of urban housing units in different provinces. Further, we can state that the price of urban housing lands in Iran during the years 2001-2011 has moved from an accidental distribution toward a cluster distribution and during this same period, the average index of changes in the price of urban housing lands all over the country has been equal to 877.32 percent; with such provinces as Ardebil, Hamedan, Razavi Khorasan and Bushehr respectively having the highest index of change in prices and such provinces as Northern Khorasan, Khuzestan, Tehran and Yazd with the lowest index.

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In recent decades, remarkable changes have occurred in the spatial structure of metropolitan regions, creatingdiscontinuous, scattered and polycentric development which have significant implications for commuting patterns. This study examines the dynamics of spatial structure using interaction flow patterns in Mashhad Metropolitan Region (MMR). Four dimensions - centrality and dominance, network cohesion, interaction strength and levels and hierarchy - were used to analyse population flows in 1999, 2007 and 2012, showing that the interaction between Mashhad and other cities in the MMR increased over the time. However, the growth was inflows to the principal city grew considerably while the outflows decreased from 1999 to 2012 suggesting that the spatial structure of the MMR is monocentric despite the focus of development policies on polycentric development. Thus, it is necessary to adopt an integrated and multi-sectoral approach to develop a polycentric metropolitan region in order to protect the environment and reinforce inter-city relationships, manage travel demand, reduce unnecessary trip, and restrict sprawl. These policies lead to more convergence and polycentric development.
 

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Change is an essential element to Humans and foundation of their lives. Each change though requires its unique
conditions. But Change may result in total destruction instead of exaltation if it takes place without considering conditions
regarding it’s time, place and also without scientific evaluations. There are many factors and reasons for change and
transformation and once it happens, consequences would follow. Due to social, managerial and historical events, Iran’s
society has undergone changes during its modern era. Consecutively, Iran’s architecture has too experienced a drastic
transformation during the past hundred years and especially in the past six decades which some call this an interruption.
Interruption means, the connection between past and present has been cut off. Today as result of this interruption, Iran’s
society is experiencing an increase in individualism and decrease in social relations. This would seriously question objectives
of a utopia.This study is looking to clarify the interruption process and events influencing it in Iran’s architecture and
urbanization base on three fundamental questions: 1. What are the causes of interruption in historical textures and which
factor plays the main role? 2. What is the orientation of master plans, the thinking of the inhabitants and the authorities of the
historical context regarding the issue of interruption and continuity? 3. What is the relationship between social relations
governing the formation of architecture in historical contexts and the issue of interruption and continuity?This study will be
using qualitative paradigm and historical research method to review the selected time intervals. As we progress through the
study, we will have a look at the consequences of the disconnection from past in Iran’s architecture and urbanization. There is
also a time graph which includes influential historical events projecting delicate turning and decision points. Moreover,
explaining the consequence of the interruption in Iran is the achievement of this study which would assist others with the same
interest with a clearer path throughout the time.

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In the architecture of the mosque, the light entering into the dome is a functional necessity and due to the structure, the weight of the dome and its one or more shells has caused limitations in any kind of skylights to be encumbered. The research main question is that due to the mechanism of the dome parts, how the creation and the entering of skylights to the dome were done. The research method is a combination of both quantitative and qualitative methods. Initially, based on library studies, researcher's opinions were investigated and by analyzing 14 types of mosques from the Seljuk to the Qajar era in Iran, analyzes on how to create skylights through the dome were accomplished. This research answer two essential questions which are what principles had been followed for locating skylight in the dome? Moreover, how did light enter through the dome, in one-shell and two-shell domes? The findings show that in the one-shell domes, the position of the skylight is variable. In detached two-shell domes, the skylights are placed merely in 45° areas and are not limited in terms of numbers. Conclusions state that one-shell domes had a restriction to the number of skylights, in comparison to the two-shell domes. In detached two-shell domes, lighting was possible until the 22.5° area and considering no limitations, there has been no skylight in the area between 67.5° to 90° apart from a few exceptions.

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Evidence of the past shows variation in human settlements. Nomadic house the” Black Tent” shows relationship between humans and the natural environment surrounding them. Black Tents are made of natural materials consistant with environmental conditions. This paper discusses nomadic living space of some Iranian tribes located in different regions to show their unique architecture and culture. Rediscovering different architecture to understand this particular modus in nomadic life which need migration between their summer and winter residences. Given the factthat Black tent material is approximate similar, after thorough study in seven tribes in different provinces of Iran, it has been revealed tha  general ideas concerning the set up and installation of the tents have been the same. However, Black tent shapes and forms are different in those regions. In this regard, documenting how Iranian nomadic tribes arrange their settlement and the methods of using vernacular material by them, seems to be a good way to preserve their architecture. The Black tent is a synergy of nature and human's creative power. Method of data collection include desk studies as well as observation and documentation of indigenous habitat patterns of Iranian nomads by field observations and  ethnographyEvidence of the past shows variation in human settlements. Nomadic house the” Black Tent” shows relationship between humans and the natural environment surrounding them. Black Tents are made of natural materials consistant with environmental conditions. This paper discusses nomadic living space of some Iranian tribes located in different regions to show their unique architecture and culture. Rediscovering different architecture to understand this particular modus in nomadic life which need migration between their summer and winter residences. Given the factthat Black tent material is approximate similar, after thorough study in seven tribes in different provinces of Iran, it has been revealed tha  general ideas concerning the set up and installation of the tents have been the same. However, Black tent shapes and forms are different in those regions. In this regard, documenting how Iranian nomadic tribes arrange their settlement and the methods of using vernacular material by them, seems to be a good way to preserve their architecture. The Black tent is a synergy of nature and human's creative power. Method of data collection include desk studies as well as observation and documentation of indigenous habitat patterns of Iranian nomads by field observations and  ethnography

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The industrialized building system (IBS) has been a common construction method for decades. Today, IBS is employed as a pioneer construction industry in developed and some developing countries. However, IBS has no proper position in the Iranian construction industry. Despite numerous advantages of building industrialization, most constructors adapt conventional techniques rather than building industrialization. This not only imposes human and environmental impacts but also wastes time and cost. The present work mainly aims to evaluate qualitative criteria influencing building industrialization in Iran based on Vitruvius’s three principles of architecture so that these criteria could be exploited to enhance building industrialization quality in Iran. Based on Vitruvius’s theory, architects should consider stability, utility, and beauty in their designs. Therefore, this theory was adopted as a suitable approach for the analysis and evaluation of industrialized buildings. Also, this study seeks to prioritize the building industrialization criteria based on the significant aspects of Vitruvius’ principles. This study reviews the literature and theoretical foundation in the first phase and then adopts a descriptive-survey methodology and field studies. To collect data, a questionnaire was developed based on the Likert scale. The validity and reliability of the questionnaire were verified. The statistical population consisted of academic professors and construction practitioners. The one-sample t-test, paired-sample t-test, and Kolmogorov–Smirnov (K-S) test were carried out in SPSS V.16.0. The findings revealed that the factor of structure in the principle of stability with the components of lateral load (i.e., wind and earthquake) resistance and shear load-resistant connections had the largest effect. Also, the economic factor of principle “utility” with the components of cost-effectiveness, construction time reduction, and mass construction had the second-largest effect in Iran.

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Architecture, akin to other forms of art, often transcends mere functional considerations, striving to re-present reality in a manner that engages the senses and shapes the human psyche. The Iranian Garden, also known as the Persian Garden, holds a distinctive status in Iranian spatial and environmental design. Its meticulously balanced and structured amalgamation of natural and man-made elements has transformed the Iranian Garden into a global phenomenon, offering a uniquely nuanced portrayal of the world. This investigation delves into three specific Iranian gardens, aiming to elucidate how reality is re-presented within Iranian garden design to attain a transcendent experience. Utilizing a qualitative and interpretive analysis of contemporary theories addressing issues related to image and reality, this paper initially introduces three categories for representing reality—intensification, integration, and transformation—alongside two realms of experience: the corporeal and the mental. These modes of depicting and experiencing reality are subsequently explored within the context of three renowned Iranian gardens—Dolatabad Garden of Yazd, Fin Garden of Kashan, and Shazdeh Mahan Garden of Kerman. This examination serves to illustrate the diverse design solutions employed to re-present familiar reality to observers. The evaluation of these gardens involved on-site visits, personal immersion in the garden environments, and a reliance on existing documentation and theories regarding these spaces. The findings of this study reveal a sophisticated and adept utilization of architectural and spatial components in garden design. Through varied approaches to re-presenting familiar reality, these gardens craft an aesthetic experience that stimulates the senses and elevates both the intellect and the spirit. Such interpretations of the traditional Iranian Garden offer valuable insights for designers seeking to emulate the spatial qualities without resorting to the replication of familiar motifs and forms. It is anticipated that a deeper comprehension of how the Iranian Garden re-presents the familiar will guide future endeavors to adapt it for contemporary times, steering clear of deviations that might compromise its essential nature.