• Journal of English Language & Literature
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• v.64 no.3
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• pp.403-414
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• 2018

This paper suggests a different reading of James Joyce's "Araby" by offering the video game as a lens through which we can reimagine the story. Understanding the unnamed boy's journey to the Araby bazaar as a fetch quest, this paper focuses on the boy's failure to complete this quest. As soon as the boy promises Mangan's sister something from Araby, his fetch quest begins. In order to complete the quest, the boy must successfully perform three sub-quests: get money from his uncle as early as he can, get on the train for the Araby bazaar on time, and pass through the sixpenny entrance at the bazaar. However, because his uncle comes home late, the boy fails to get the money early, and that sets off the subsequent failures. The boy then takes the train late and arrives at the bazaar so late that he feels he must go through any entrance. So he walks through the adult entrance by mistake. As a result, he does not have enough money to buy a gift, failing the larger quest. But, regardless of this failure, the boy can try these quests as many as he wants until he finally succeeds in completing them. But no matter how the boy tries to accomplish these subquests, he is doomed to fail them because he cannot make his uncle come home early. The more he tries his quest, the more bitterly he realizes that he will ultimately fail. In this respect, the boy's "anguish and anger" should be understood as his epiphany: the re-playability of the game is possible, but all the replays lead to the same failure: losing the game. In this regard, reading Joyce's "Araby" is much like playing a video game.

• Cross-Cultural Studies
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• v.41
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• pp.415-442
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• 2015

Through the comparison of "Rendezvous with a Bird" with "Araby", there were found to be well-explained psychological causes of the boy's (Petya) behavior that closely discloses the concrete object of desperation and definitely confirmed the internal causes of heroes (vanity of the boys in "Araby" and "Rendezvous with bird"). Through the comparison of "Rendezvous with a Bird" with "A man in a boat" we also knew that Petya's indefinite fear of death was to some extent a sense of guilt. This study contains a full-scale review of Russian contemporary writer Tatyana Tolstaya's short story "Rendezvous with a Bird", which is one of the her earliest works. As many critics indicate, the works of Tatyana Tolstaya resonate with metaphor. "Rendezvous with a bird" plays an important role in understanding this metaphoric tendency. In order to understand the metaphoric tendency of her works we need our own reading strategy, and so we inquired into the grasp of the main motifs. Analysis of the main motifs can start from the understanding of meanings of the very figurative title 'Rendezvous with a Bird'. To understand the meanings of the title, we first of all analyzed the incidents of actual or figurative meetings with birds in this work, and through this we deduced two main motifs. We confirmed one main motif of 'desperation', which centers on the love of a young boy and woman. We confirmed the other motif as 'death', which developed into the rendezvous of the grandfather with inevitable death. Thus, the 'desperation' and 'death' with which we meet in childhood becomes a subject matter for the writer. To understand the deeper meanings of these main motifs, we compared "Rendezvous with Bird" with the short story "Araby" by James Joyce and with the short story "A man in a boat" by Eyvind Johnson, which very successfully deal with the motifs: 'desperation' and 'death'.

• Structural Engineering and Mechanics
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• v.87 no.4
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• pp.347-361
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• 2023

This research aims to assess the behavior of reinforced concrete (RC) residential buildings when moment-resisting frames (MRFs) are used as the lateral resisting system. This investigation was conducted using MIDAS Gen v.19.0. Buildings with various plan footprints (Square, Rectangular, Circular, Triangular, and Plus-Shaped), and different heights (15 m, 30 m, 45 m, and 60 m) are investigated. The defined load cases, the equivalent static lateral load pattern, and the response spectrum function were defined as stated by the American Standard (ASCE 7-16), the 1997 Uniform Building Code (UBC97), the Egyptian Code for Loads (ECP-201), and the European Standard (EC8). Extensive comparisons of the results obtained by the different codes (including the story displacement, the story drift, and the base shear) were undertaken; to assess the response of moment-resisting multi-story framed buildings under lateral loads. The results revealed that, for all study cases under consideration, both ECP-201 and EC8 gave smaller base shear, displacement, and drift by one third to one fourth, around one fourth, around one fifth, respectively for both the ELF and RSA methods if compared to ASCE 7-16 and UBC97.

• Nuclear Engineering and Technology
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• v.55 no.11
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• pp.4096-4101
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• 2023

Radon is a radioactive gas produced from the uranium-238 series. Radon gas affects public health and is the second cause of lung cancer. The study samples were collected from one area of the city of Jazan, southwest of the Kingdom of Saudi Arabia. The influence of engineering and physical parameters on the emanation coefficient of gas and other gas parameters was studied. Parameters for radon were measured using a CR-39 Solid-State Nuclear Track Detector (SSNTD) through a sealed emission container. The results showed that the emanation coefficient was affected directly by the change in the grain size of the soil. All parameters of measured radon gas have the same behavior as the emanation coefficient. The relationship between particle size and emanation coefficient showed a good correlation. The values of the emanation coefficient were inversely affected by the mass of the sample, and the rest of the parameters showed an inverse behavior. The results showed that increasing the volume of the container increases the accumulation of radon sons on the wall of the container, which increases the emission factor. The rest of the parameters of radon gas showed an inverse behavior with increasing container size. The results concluded that changing the engineering and physical parameters has a significant impact on both the emanation coefficient and all radon parameters. The emanation coefficient affects the values of the radiation dose of an alpha particle.