Volume 9, Issue 4 (11-2021)
JRIA 2021, 9(4): 45-58 |
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Moosavi S M, Ghouchani M. Impact of Qibla's direction on dynamics of movement in mosques with the study of Iranian-Islamic architectural styles. JRIA 2021; 9 (4) :45-58
URL: http://jria.iust.ac.ir/article-1-1387-en.html
URL: http://jria.iust.ac.ir/article-1-1387-en.html
University of Mazanaran
Abstract: (4245 Views)
A brief reflection on the various works of Iranian-Islamic architecture in different periods illustrates the fact that the Iranian artist's architects have always sought the order in elements, components, spaces and buildings, and in order to achieve this important, the method There were several varieties (Bemanian and Avis-Nasab, 2012: 72). One of these methods is the use of the qiblah axis in the architecture of the mosques. What is nowadays visible in the architecture of contemporary mosques is the absence of the creation of spirituality in space for the guidance of the qibla. In this research, by revising the way of applying the Qibla axis to mosques of different periods of Iranian-Islamic architecture, it is analyzed on the qualitative role of the qibla and the attainment of ways of presenting the qualitative aspects of the qibla. Therefore, the research seeks to answer the following questions:
Considering the comparison of architectural criteria to emphasize the direction of qibla in mosques, the index of periods and styles of Iranian-Islamic architecture can be said in Khorasani style, due to the form of the mosque's nave, using two criteria for increasing the number of columns and The elongation of the length of the plan defined the direction of the qibla. Architects in the style of Razi and then in the Azeri style, had the most attention to Qibla, and used more criteria to emphasize the Qibla axis in designing mosques. In the Isfahan style, the elongation of the yard with the increase in the number of columns helps the prayer in understanding the axis of the qibla. It can also be seen that the criteria for increasing the number of columns, the construction of the dome in the direction of the Qibla and on the altar, the longitudinal elongation of the plan, have the most effect on the direction of the Qibla axis in the mosque building. By studying contemporary mosques, we will find that these mosques do not have apparent effects due to the lack of theoretical principles, and the mosque's plan does not emphasize the Qibla direction. For this reason, the architecture of contemporary mosques has no effect on the principles and appearance of the Qibla axis.
Historical overview of the evolution of mosques since the beginning of Islam, indicates that paying attention to Qibla direction has played a significant role in the spatial organization of mosques in Iran. Also, observance of the principle of dynastic movement and space axis in the construction of mosques, has strengthened the direction of qibla and guided man from the interior to the outside and created the integrity of the foundation. In this research, based on the descriptive-analytical method and using the flow pattern and the diagram of the relationship of activities, the pattern of the path of human movement from the entrance to the altar, as well as the degree of proximity of each space relative to the other space in this motorway , Through a structural study of 18 samples of Iranian-Islamic style architectural mosques. Six patterns of eight flow patterns were defined as the pattern of movement from entrance to qibla in mosques, as well as motor hierarchy and the arrangement of spaces from entrance to qibla, using the activity relation diagram. A single pattern was developed for arrangement of spaces between the time of arrival and the Qibla, including: Entrance, Porch, Vestibule, Courtyard, Verandah, Shabestan, Mehrab.
The architects of traditional mosques show their thoughts in the form of geometric shapes and spaces, in which the sense of confidentiality, sanctity, immortality, and clergy preserves the space of the mosques, At the time of entering, they have been converted to a humane, perfected human being by directing and observing the dynamics of movement. In the design of contemporary mosques, not only the emphasis on the center of the qibla, but also the sanctity, spirituality and Islamic identity of these buildings have been lost.
- The research seeks to answer the following questions: What is the best pattern of movement path from the entrance to the qibla in mosques?
- And what is the hierarchy of movement from the entrance to the qibla based on the spatial organization in mosques?
Considering the comparison of architectural criteria to emphasize the direction of qibla in mosques, the index of periods and styles of Iranian-Islamic architecture can be said in Khorasani style, due to the form of the mosque's nave, using two criteria for increasing the number of columns and The elongation of the length of the plan defined the direction of the qibla. Architects in the style of Razi and then in the Azeri style, had the most attention to Qibla, and used more criteria to emphasize the Qibla axis in designing mosques. In the Isfahan style, the elongation of the yard with the increase in the number of columns helps the prayer in understanding the axis of the qibla. It can also be seen that the criteria for increasing the number of columns, the construction of the dome in the direction of the Qibla and on the altar, the longitudinal elongation of the plan, have the most effect on the direction of the Qibla axis in the mosque building. By studying contemporary mosques, we will find that these mosques do not have apparent effects due to the lack of theoretical principles, and the mosque's plan does not emphasize the Qibla direction. For this reason, the architecture of contemporary mosques has no effect on the principles and appearance of the Qibla axis.
Historical overview of the evolution of mosques since the beginning of Islam, indicates that paying attention to Qibla direction has played a significant role in the spatial organization of mosques in Iran. Also, observance of the principle of dynastic movement and space axis in the construction of mosques, has strengthened the direction of qibla and guided man from the interior to the outside and created the integrity of the foundation. In this research, based on the descriptive-analytical method and using the flow pattern and the diagram of the relationship of activities, the pattern of the path of human movement from the entrance to the altar, as well as the degree of proximity of each space relative to the other space in this motorway , Through a structural study of 18 samples of Iranian-Islamic style architectural mosques. Six patterns of eight flow patterns were defined as the pattern of movement from entrance to qibla in mosques, as well as motor hierarchy and the arrangement of spaces from entrance to qibla, using the activity relation diagram. A single pattern was developed for arrangement of spaces between the time of arrival and the Qibla, including: Entrance, Porch, Vestibule, Courtyard, Verandah, Shabestan, Mehrab.
The architects of traditional mosques show their thoughts in the form of geometric shapes and spaces, in which the sense of confidentiality, sanctity, immortality, and clergy preserves the space of the mosques, At the time of entering, they have been converted to a humane, perfected human being by directing and observing the dynamics of movement. In the design of contemporary mosques, not only the emphasis on the center of the qibla, but also the sanctity, spirituality and Islamic identity of these buildings have been lost.
Keywords: Qibla direction, Dynamics hierarchy, Flow pattern, Activity relationship diagram, Iranian-Islamic architecture styles.
Type of Study: Research |
Subject:
Subject- oriented researches in Islamic architecture and urbanism, eg. Spatial-geometrical ideas, symbols and ornaments
Received: 2020/11/30 | Accepted: 2021/08/2 | Published: 2022/02/18
Received: 2020/11/30 | Accepted: 2021/08/2 | Published: 2022/02/18
References
1. Quran
2. Apple J.M., (1972), Material Handling system Desing, The Ronald Press Company, New york.
3. Asakura , T. and Karino, T. (1990), Flow patterns and spatial distribution of atherosclerotic lesions in human coronary arteries, Circulation Research, Vol. 66, No.4, pp. 1045-1066 [DOI:10.1161/01.RES.66.4.1045]
4. Azadi, M. and Taqhipour, M. (2017), Comparison of Spatial-Functional Structure of Imam Isfahan Mosque and Vakil Mosque of Shiraz, Journal of Islamic Architecture Research, Vol. 5, No. 14, pp. 121- 105.
5. Bakhtiar, L., Ardalan, N. and Jalili, V. (2012), Sense of Unity: The Role of Tradition in Iranian Architecture, Tehran: Yaghmaei Publishing.
6. Bolkhari Qhahi, H. (2011), Mystical Foundations of Islamic Art and Architecture, Tehran: Surah Mehr Publications.
7. Bomanian, M. R. and Alinasab, M. A. (2012), Art Research Journal, Second Year, No. 4, pp. 71-82.
8. Dari, A. and Talischi, A., (2017), Explanation of the Transparency of the Spatial Structure of Iranian Architecture in the Safavid Period (Case Study: Goshtesh Paradise and Imam Mosque of Isfahan), Iranian Journal of Historical Studies, Vol. 7, No. 27, pp. 41-50.
9. Fatahi, Sh. and OmraniPour, A. (2014), "Analyzing the role of the qibla axis in the spatial organization of contemporary mosques in the city of Ilam", Islamic Architects Research Journal, Vol 1, No 2. PP. 97- 114.
10. Fathi A'zar, S. and Hamzehnejad, M. (2014), The axiological semantics in the mosque and the church, Journal of Iranian-Islamic Studies, Vol 5, No 17, PP. 53-62.
11. Francis R.L., McGinnis L.F. and White J.A., (1998), "Facility Layout and Location: An Analytical Approach", Pearson Education POD.
12. Ghouchani, M., Taji, M. and Kordafshari, F. (2019), The Effect of Qibla Direction on the Hierarchy of Movement in Mosques Using the Material Flow Pattern (MFP) and Activity Relationship Chart (Case Study: Mosques of Yazd City). Journal of Frontiers of Architectural Research, Vol. 8, No.3, pp. 396-405.. [DOI:10.1016/j.foar.2019.01.002]
13. Gideon, Z., (2013), Space, Time and Architecture, Translated by Manouchehr Mazini, Tehran: Scientific and Cultural Publishing.
14. Hayati, H., Fakheri Rauof, M. and Karavani, B. (2019), The role of Qibla in orientation of traditional mosques in Dezful city, Bazar-e-Noor Journal, Vol 16, No 70, PP. 49-60.
15. Hilen Brand, R. (1998), Islamic Art and Architecture, Translated by Ardeshir Eshraghi and Seyed Hamed Beheshti and Exana Beheshti, Fifth Edition, Tehran: Roozane Publications.
16. Hojat, AS. and Maleki, M. (2012), The Convergence of Three Fundamental Geometric Forms and the Appearance of Iranian Masjid Geometry, The Journal of Fine Arts, Vol 17, No 4, PP. 5-16.
17. Jae-yong Kim Afshin J.Ghajar, (2006), A general heat transfer correlation for non-boiling gas-liquid flow with different flow patterns in horizontal pipes, International Journal of Multiphase Flow, Vol. 32, No. 4, PP. 447-465 [DOI:10.1016/j.ijmultiphaseflow.2006.01.002]
18. Luchinger, A. (1981), Structuralism in architecture and urban planning, Stuttgart: Karl Kramer Verlag.
19. Mahdavi Nejad, M. J. and Nagahani, N., (2011), Manifestation of the Concept of Movement in Contemporary Iranian Architecture, Iranian-Islamic Studies Journal, No. 3, pp. 21-34.
20. Mirahmadi, A. and MahdaviPour, H. (2016), The analysis of the Indian circle method in determining the direction of qiblah mosques (case study: Isfahan Jame Mosque), Iranian Journal of Architecture and Repair, Vol 6, No 12, PP. 103-113.
21. Naghizadeh, M. (2006), Islamic Architecture and Urban Planning, Isfahan: Roadside Publishing.
22. Nasr, S. H. (2015), Islamic Art and Spirituality, Tehran: Testimonies of Wisdom.
23. Nemati, M. and Shahlaei, A. (2015), Spatial evolution in the architecture of the Fourth Ivy Mosque towards the Shabestani Mosque (Case Study: Isfahan Jami Mosque), Urdu Identity Journal, Vol 9, No 22, PP. 75-86.
24. Noghrehkar, A. H. (1997), Mosque Architecture from Concept to Body, Articles of Mosque Architecture, Past, Present, Future. Tehran: Tehran University Press.
25. Noghrehkar, A. H. (2010), Theoretical Basis of Architecture, Tehran: Pajou Noor University.
26. Noghrehkar, A. H., Hamzehnejad, M. and Ranjbar Kermani, A. M. (2008), An Introduction to Islamic Identity in Architecture, Editor Sayed Naeem Orazani, Tehran: Payam Samataran Publishing.
27. Pirnia, M. K. (2017), Stylistics of Iranian Architecture, Ghulam Hussein Memarian's Publishing, Eighth Edition, Tehran: Author's Publishing.
28. Pour Jafar, M. R. Amirkhani, A. and Lillian, M. R. (2010), Architecture of Modern and Contemporary Mosques, Tehran: Tahan Publications.
29. Ribats, k., Lixin, Ch. and Gherhardt, J. (2008), New prediction methods for CO2 evaporation inside tubes: Part II-An updated general flow boiling heat transfer model based on flow patterns, nternational Journal of Heat and Mass Transfer, Vol. 51, No. 1-2, PP. 125-135 [DOI:10.1016/j.ijheatmasstransfer.2007.04.001]
30. Saadatjoo, P., Hamzehnejad, M. and Noghrehkar, A. H. (2013), An Analysis of the Evolution of the Concepts and Pattern of the Masjid in the Quadruple Periods of Iranian Architecture, Iranian Journal of Islamic Studies, No. 13, PP. 15-30.
31. Tabibian, Manouchehr. Charbgaloo, N. and Abdullahi Mehr, E. (2011), Reflection of the principle of hierarchy in Iranian-Islamic cities, Armanshahr architecture and urban planning, Vol 4, No 9, pp. 63-76.
32. Tavakolian, Z. (2015), An Investigation on How Navements Are Restricted in Shiraz Historical Mosques, Islamic Republic of Architecture Research Journal, Vol 3, No 3, PP. 89-103.
33. Yang T. and Hung C. C. (2007), "Multiple-attribute decision making methods for plant layout design problem", Robotic and Computer-Integrated Manufacturing.", Vol. 23, No. 1, pp. 126-137. [DOI:10.1016/j.rcim.2005.12.002]
34. Zomorshidi, H. (2009), Mosque in Iranian Architecture, Tehran: Publishing Zaman.
35. Falakian, N., Safari, H. and Kazemi, A. (2021). Morphology of meaning-oriented architecture using space layout method (Case study: Hakim Mosque of Isfahan), Quarterly Journal of New Attitudes in Human Geography, 3(13), 258-274.
36. Golestani, S., Hojjat, I. and Saadvandi, M. (2017), A research on the concept of space continuity and its evolution in Iranian mosques, Journal of Fine Arts - Architecture and Urban Planning, 22(4), 29-44.
37. Yadollahi, S. and Adiban, M. (2019), A Study of the Hierarchy of Entry to Mosques, Research on Restoration and Studies of Iranian Islamic Architecture, 2(2), 9-26.
38. Shooshtari, F., Habib, F., Shahcheraghi, A. (2019). Comparative Analysis of Common Patterns of Language and Architecture in Traditional and Modern Mosques of Iran (Cases Study: Sheikh Lotfollah Mosque, Nasir Al-Molk Mosque, Al-Ghadir Mosque, Shahrak-e-Gharb Central Mosque). International Journal of Architecture and Urban Development, 9(2), 35-48.
39. Arabacioglu, B. C., (2010). Using fuzzy inference system for architectural space analysis. Applied Soft Computing ,10 , 926-937. [DOI:10.1016/j.asoc.2009.10.011]
40. Mustafa, F.A. and Hassan, A.S. (2013), Mosque layout design: An analytical study of mosque layouts in the early Ottoman period, Frontiers of Architectural Research, 2, 445-456. [DOI:10.1016/j.foar.2013.08.005]
41. Mirhosseini, S.M., Ansari, M. and Bemanian, M. (2018), Spatial Hierarchy in Iranian Mosques (Case Study: Jame Mosque of Yazd), International Journal of Applied Arts Studies, 3(4), 49-60.
42. Hosseini, A. and Jormand, S. (2016), Heuristic Analysis In Architecture Of Aqa-Bozorg Mosque-School In Qajar Dynasty, JOURNAL OF ISLAMIC ARCHITECTURE, 4(2), 70- 76. [DOI:10.18860/jia.v4i2.3539]
43. Taji, M. and Ghouchani, M. (2019), Altar to Ascension (Principles of Mosque Design), Shahroud: Islamic Azad University Press.
44. Ghouchani, M. and Taji, M. (2018), Principles of Mosque Design, Tehran: Yazd Publications.
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