• Journal of Fashion Business
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• v.18 no.2
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• pp.113-131
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• 2014

This study aims to examine the background to the rise of Rei Kawakubo, a Japanese designer who achieved fame by suggesting the concept of deconstruction and recombination of clothes, and to look at environment of the time, the formative characteristics of her design and the Japanese aesthetic sense inherent in her design. As the method of research, collections that Kawakubo unveiled over the past 10 years starting in 2004 were examined, and a survey of the literature was conducted to describe the background of her growth and the Japanese aesthetic sense inherent in the design. According to the study, Kawakubo grew up in the ruins of a war, and went through a time of great tumult, when Western culture was mixing with Japan's traditional culture. She taught herself a method of creation involving the deconstruction of clothes, and their recombination. For this reason, her design from the beginning was inevitably focused on deconstructing clothes before they could be recombined. Through analyses of her collections, it was found that the formative characteristics of her design were characterized by asymmetry, incompleteness, humor and hybridity. Kawakubo created clothes under the influence of an ethnicity that was shrouded in individuality and a traditional aesthetic sense, and the formative characteristics of her design defined by asymmetry, incompleteness, humor and hybridity were closely related to the hybridity represented by Wabi (わび), Yugen (幽玄), Okashi (をかし) and Zakyo (雜居).

• Journal of English Language & Literature
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• v.64 no.2
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• pp.273-298
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• 2018

This paper, postulating that Lowell's Imagism is not some "Amygism" that wobbles with "emotional slither," "mushy technique" and "general floppiness" as Pound once mocked, but another kind of poetic discourse that deserves the fullest re-consideration, goes back to the very scene where Pound left for Vorticism, condescendingly allowing Lowell and her supporters to use the name "Imagism" for three years. There, it tries to illuminate how Lowell, making the most of the opportunity given to her, picked up what Pound had left behind, grafted it on the soil of America, and finally fulfilled her literary passion to awaken the common reading public to the taste for poetry reading. For the purpose, it looks into her critical reviews in Tendencies in Modern American Poetry, and stresses her creative critical efforts to re-address Pound's principles of "Imagisme." In particular, given the limit of space, it focuses only on the second principle of her Imagism and examines the modernity of her concepts of "a cadence," "suggestion," and "the real poem beyond." Then it reads "Patterns" in the context of Japanese poetry and Noh drama and analyzes the poetic patterns that Lowell made through a creative adaptation of Japanese aesthetics for Imagist poetics. In doing so, this paper aims to provide reasonable evidences to evaluate the modernity of Lowell's Imagist ars poetica and to consider her a truly serious Imagist poet worthy of a place in the history of American poetic modernism.

• Wind and Structures
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• v.31 no.3
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• pp.241-253
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• 2020

The inerter-based vibration absorber (IVA) is an enhanced variation of Tuned Mass Damper (TMD). The parametric optimization of absorbers in the previous research mainly considered only two decision variables, namely frequency ratio and damping ratio, and aimed to minimize peak displacement and acceleration individually under the excitation of the across-wind load. This paper extends these efforts by minimizing two conflicting objectives simultaneously, i.e., the extreme displacement and acceleration at the top floor, under the constraint of the physical mass. Six decision variables are optimized by adopting a constrained multi-objective evolutionary algorithm (CMOEA), i.e., NSGA-II, under fluctuating across- and along-wind loads, respectively. After obtaining a set of optimal individuals, a decision-making approach is employed to select one solution which corresponds to a Tuned Mass Damper Inerter/Tuned Inerter Damper (TMDI/TID). The optimization procedure is applied to parametric optimization of TMDI/TID installed in a 340-meter-high building under wind loads. The case study indicates that the optimally-designed TID outperforms TMDI and TMD in terms of wind-induced vibration mitigation under different wind directions, and the better results are obtained by the CMOEA than those optimized by other formulae. The optimal TID is proven to be robust against variations in the mass and damping of the host structure, and mitigation effects on acceleration responses are observed to be better than displacement control under different wind directions.