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Volume 8, Issue 33 (6-2020)
Abstract

In the traditional masculine culture and its gender-oriented divisions, logic had always been considered as a masculine concept. Thinking strategies, in this respect, as well as the ability to make decisions and find solutions are considered as masculine features, marking women as passive, marginal, and observing agents. If only they were given any active role in the social, cultural and political context, it was mostly regarded as a role coupled with treachery and deceitfulness. Yet, in the Persian public cultural domain, from the crux of which legends have emerged as the most notable literary forms, this very patriarchal cliché fails, and the women come to the scene to address problems by relying on their utmost level of rationality and logic. Such a pragmatic logicism in addressing problems as presented by women in the legends can be considered as a feminine rationality. Borrowing from the Jungian theories and forming an analytical-descriptive approach, this study explores how feminine rationality is materialized in the Iranian legends. The findings indicated that unlike global clichés and Jung’s reading of the archetypal legends, women exhibit an essentially feminine rationality that enables them to not only help the main hero of the narrative but also play an all positive role. Considering the depth and breadth as well as the appearance of the wise women in the Iranian legends, this study shows the formation of an archetype, called a ‘wise woman’, which can be further appreciated by exploring the legends from other nations.
Keywords: Pop literature; Iranian legends; gender clichés; feminine rationality; wise woman.
Introduction
‌‌Research Background
Several articles have been written about the role of women in Iranian folktales. For example, an article entitled “Active and passive women in popular prose stories” by Bagheri (2013) deals with the types of female roles in popular stories in the two categories of “active women” and “passive women”. “Women’s solutions in Hezarvayekshab” by Ebrahimi (2009) and “Analysis of the cunning story of three cunning women: a critical discourse analysis perspective” by Karimzade Esfahani and Varham (2016) are other examples of articles about women’s cunning. This study, however, focuses on the positive aspects of feminine logic in the Iranian folktales.
Goals, questions, assumptions
In legends and myths, protagonists and heroes are crafted based on the masculine traditions, and when women are introduced as protagonists or heroines, they are set to behave in a manly fashion (Hourihan, 2005, p. 67). Now, the issue is whether female characters exhibit stereotypical behaviors derived from patriarchal culture in Iranian folktales, too? Examining the Iranian legends, one can realize that some gender clichés have been reflected in a rather different form; for instance, introducing women as wise individuals contradicts the binary of wise man and simple woman, and requires deeper investigation.
In folktales, we encounter several groups of wise women. The first group is formed by women who help the protagonist when a conflict arises. They are generally old women who can help the fluidity of the narrative by helping the hero to address the conflict. Carl Gustave Jung, in his explication of the archetype of the wise old man, has referred to this form of characterization, but in its masculine structure. In Archetypes and the Collective Unconscious (1959), Jung claims that everyone, regardless of their gender, can be unified in one group under the rubric of the father complex. He also claims that in dreams fate, complications and bans as well as constructive councils are derived from father (Jung, 1959, pp. 255-256). Moreover, he expands the concept by examining the significance of the spirit of a father in the European folktales. However, Jung does not mention “Wise Old Woman” in his projects. Most likely, such a role has not been given to women in the European myths, which is a place of reflection and requires further investigation. The scope of Jung’s research is limited, and given the prominence of the presence of wise old men, more research is needed in this area.
Analyzing the Iranian legends, one can conclude that although a proportion of Iranian legends are conceived in line with a global image of masculine domination, there are numerous examples wherein women are presented as a wise old individual, the traits of whom perfectly match those of her European male counterparts.
The second group of women are introduced as wise women in legends. Contrary to popular belief, feminine logic has been emphasized by people like Christian Dupizan, Mary Wellston Kraft, and Jung. Jung discusses the feminine wisdom helping the man in various ways: “an important function of anima is its contribution to man’s logic when it fails to understand hidden interactions of the unconscious. The other notable function of anima lies in its ability that allows the mind to harmonize itself with internal reality of the mind, reaching the deepest layers of consciousness” (Jung, 1998, p.278). In Iranian folktales and legends, we encounter the examples of wise women. These women are mostly considered as smart, intelligent, and wise women in the stories. We can find the examples in these folktales: “Gole boo Madaran”, “Baghe Gole Zardaloo” and “The king and the Shepherd’s Daughter”.
Conclusion
The article explored the two ways in which women have played significant roles in the Iranian legends, namely, the wise old woman and the wise woman. Exemplifying these two forms, the article concluded that unlike international gender-based binaries, Iranian legends are rife with examples of women as wise, astute, and kindhearted individuals. This contradictory aspect of the Iranian legends shows that such gender binaries were never an original part of our culture and heritage. Hence, a reconsideration of gender clichés and reading them in the light of our national heritage and culture is necessary in the later studies. Considering the frequency of wise women in the Iranian legends, we can suggest the notable significance of a new archetype called the wise woman in its Iranian context, bridging between our cultural heritage and the Jungian theories. It, moreover, can be suggested that this new archetype can be traced in other national legends and literatures.
References
  •  Ebrahimi, Sh. (2009). Women’s solutions in Hezarvayekshab. Journal of Stylistic of Persian Poem and Prose, 2(4), 125-135.
  •  Hourihan, M. (2005). Deconstructing the Hero. London: Taylor & Francis e-Library.
  •  Jung, C. (1998). Man, and His Symbols (translated into Farsi by Mahmoud Soltanieh)TehranJami.
  •  Jung, C. (2018). The archetypes and the collective unconscious (translated into Farsi by Farnaz Ganji and Mohammad Baqer Ismaeil Poor). Tehran: Jami.
  •  Karimzade Esfahani, A. & Varham, L. (2016). The analysis of the cunning story of three cunning women: a critical discourse analysis perspective. Journal of Iranian Social Research, 1(11), 125-146.
 


Volume 11, Issue 4 (12-2011)
Abstract

SCBF (Special Concentrically Braced Frame) is a common structural system for steel construction in Iran. This system could be used where increasing of strength and stiffness is the main concern for a structural system over the ductility. In SCBF, it is assumed that most of stiffness and strength are provided by the brace element. The contribution of gusset plates in total stiffness and strength values is even overlooked in the structural analysis and design. Ignoring these effects is conservative for controlling of seismic responses and is on the safe side. But, in practice, this hypothesis is not valid since this extra portion of stiffness and strength values is not included in the design of gusset plates and the connections. The importance of this phenomenon will be more noticeable when the brace element material behavior significantly enters the nonlinear phase. Based on previous descriptions, experimental and analytical study of this kind of structural system under seismic loading seems necessary in order to evaluate the contribution of stiffness and strength of each mentioned element i.e. gusset plates and double- seat angle connections. Three test specimens were built in half scale and designed regarding the AISC seismic provisions (2005); the first test specimen consisted of one-by-one story frame with simple connection, i.e. double seat angle connections, known as simple frames. The second specimen was simple frame with gusset plate connections without brace elements. The third specimen was braced frame; the specimens were tested cyclically and companion Finite Element (FE) analysis was then conducted. Verification of FE models in ANSYS finite element program using “Solid 45” element with proper mesh dimensions, obtained by sensitivity analysis, showed good agreement between the analytical and experimental responses. The experimental results showed that the stiffness value of simple frame and simple frame with gusset plates reached 60% to 65% and 86% to 98% of stiffness values of the braced frame, respectively. Also energy absorption values of simple frame and simple frame with gusset plate reached 4 % and 10% of the energy absorption value of braced frame, respectively. Moreover, ultimate strength value for simple frame and simple frame with gusset plate reached 11% and 25% of the ultimate strength values of braced frame. As a result, it could be mentioned that gusset plates and double seat angle connections have significant contribution in the total stiffness values of a braced frame whereas their contributions in strength value of a braced frame are insignificant. The results of FE analysis also confirmed the above-mentioned results with a definite low tolerance.

Volume 11, Issue 4 (12-2011)
Abstract

Providing mid-story stair slab to column hinge connection is practically difficult in concrete moment resisting frame structures. The problem is due to the fact that this connection is modeled as hinge connection in the modeling phase of structural analysis but in practice because of lack of proper detailing this is not fully satisfied and can lead to inappropriate column behavior and may affect the structural behavior as a whole. In this article, a simple hinge connection detailing based on shear-friction behavior has been proposed. This connection is based on the Iranian national building code and can provide the proper hinge connection in the mentioned joint.

Volume 14, Issue 4 (12-2014)
Abstract

Reinforced concrete buildings are considered as one of the most important types of structures. According to the implementation nature of these buildings, mainly as in place construction, usually their connections are performed as fixed connections. Because of restraint form of girder-column connection in the reinforced concrete buildings, their participation in the lateral load bearing will be in the form of moment frame system. Nowadays stair -column connection in the middle of story is considered as one of the design and implementation problems. Since using of multiple arm stairs is the best method in terms of performance, cost and safety to make an appropriate connection between stories, different methods will be used to transfer landing plate (stations) load to structural members in order to increase stability and safety of the stairs. Two general methods of landing plate load transfer include: A) transfer of stations load to lower or upper balanced beam of the floor B) transfer of stations load to columns around the stair. In our country more attention is paid to the second method (B) due to the ease of implementation and financial and time savings. Fixed and unchangeable behavior of landing plate- column connections in the middle of story is one of the most important properties of a good connection. This target can be achieved largely through designing and implementing of joint connections of landing plates to columns. It is a long time that this connection is designed in our country as joint connection but there are no appropriate details of implementation for the given assumptions. Always in the typical methods there is a considerable moment imposed on the column because of restraint nature of in place reinforced concrete practice. It is clear that this unusual beam – column connection in the middle of story is considered practically an obvious weakness for these columns and the whole structure in terms of loading and final variable behaviors of several columns connected to half-height slab of the stairs.  Purpose of the present study is to introduce a new joint connection that is consistent with national building regulations, part 9 and also can be easily performed and designed. Suggested connection with a shear – friction function can be applied in the connection of slab stairs in the middle of the story to columns. It can also be considered as a suitable method for consistent relationship of design and implementation. Force transmission in this connection is just in a shear form (because moment arm is not formed) and mainly takes place by reinforcement bars. Although concrete connection friction can transmit substantial shear force; it is recommended to ignore this capacity. However, friction connection capacity is predictable and applicable in the theoretical relationships. Implementation of this connection is very simple and can be created just by preparation of several bars as antennae (dowel) with appropriate and minimum aanchorage length. Implementation of suggested connection leads to removal of the beam in the middle of the story staircase. Finally, it causes high amount of savings in the use of concrete, bars and shuttering and increases the accuracy and speed of implementation. According to loading of each staircase, amount of required reinforcement will be calculated based on shear force as well as tensile force.       

Volume 19, Issue 3 (5-2017)
Abstract

In this research Kelussia odoratissima Mozaff. leaf extract was used for the green synthesis of silver nanoparticles (AgNPs). At first we compared antioxidant activity of different extracts of K. odoratissima. Then solution containing silver nitrate was treated with the extract which showed high antioxidant activity. Synthesized AgNPs were evaluated by analyzing the excitation of surface plasmon resonance. TEM analysis was also used for nanoparticle characterization. Antibacterial activity of the solution containing AgNPs was measured by microdilution test. Common food contaminant bacteria such as gram-positive (Staphylococcus aureus, Bacillus cereus, Listeria monocytogenes) and gram-negative (Escherichia coli O157: H7, Salmonella enterica and Pseudomonas aeruginosa)were used for the evaluation. The aqueous extract showed the highest antioxidant activity and the solution was used for the green synthesis of AgNPs. The particle diameters were calculated to be 20-40nm with -17 to -19.9 mV zeta potential. The TEM micrographs showed that the AgNPs are nearly spherical in shape and highly monodispersed. MIC of the AgNPs against gram-positive and gram-negative bacteria was between 0.012-0.025 and 0.006-0.012 mg/ml respectively.
S.a. Mahdavi, A. Ranjbar, M. Farshchi,
Volume 20, Issue 7 (July 2020)
Abstract

Variable-area injectors are suitable for developing throttleable rocket engines because it is difficult to efficiently control thrust when fixed-area injectors are used. A pintle injector is a variable-area injector that can be used to control the mass flow rate of propellants. In practice, an injector plate containing several fixed-area injectors is replaced with a single pintle injector. In this research, a two-stage pintle injector is designed, manufactured, and tested for the effects of dimensionless numbers (Momentum ratio, Weber number, and discharge coefficient) on the injector’s performance, including the spray angle change, which is an important characteristic of the spray. The tests were done at ambient temperature and pressure conditions. The Weber number ranged from 19 to 1830, and the ratio of the fuel to the oxidizer momentum was varied from 0.2 to 13. Water is used instead of the oxidizer as a central propellant, and the air is used instead of the fuel as an external propellant. Shadowgraph and photography were used to measure the spray angle and study the desired parameters. Empirical relationships between functional parameters and dimensionless numbers were obtained that can be used in the design process.


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