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Kansei Engineering as a Tool for the Design of Traditional Pattern

Chen Daoling, Cheng Pengpeng, Simatrang Sone, Joneurairatana Eakachat

Autex Research Journal

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2021

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Vol. 21, no. 1

125--134

EN

Traditional patterns are widely used in the modern design due to their long history, rich connotation, and beautiful form. However, the current application of traditional patterns in the modern design is mostly based on the designer's subjective preferences, not from the perspective of consumers, to explore their feelings about traditional patterns, and which design factors have an impact on consumers, which is the main reason why modern applications of traditional patterns cannot meet the esthetic needs of modern consumers. Therefore, to make better inheritance of the traditional pattern and meet the needs of contemporary consumers, this article takes the caisson lotus pattern of Mogao Cave in the Tang dynasty as an example and first, using the theory of Kansei engineering to investigate the perceptual cognition of the young consumers aged 20–35 years old on the lotus pattern, then use SPSS 24.0 software to analyze the perceptual evaluation data, find the design element combination code corresponding to the perceptual vocabulary, and establish a mathematical model that can predict consumers’ emotional imagery of the lotus pattern of the caisson in the Tang dynasty. Through the verification of the model, the test results show that the model has a high degree of credibility; designers can use this model to quickly evaluate and redesign the lotus pattern to better meet the needs of modern consumers. At the same time, the method of this paper can also be applied to other design fields with user-centered concerns.

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Numerical analysis of the factors affecting the anti-slide pile design

Tang Y., Xie Q., Gou W., Wan R., Li L.

Engineering Transactions

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2017

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Vol. 65, iss. 2

335--350

EN

The use of anti-slide piles is one of the most important landslide remediation methods, and it is widely used in practical engineering. Anti-slide pile design elements include pile plane position and spacing, the anchorage depth, and pile cross-sectional shape and size. With the displacement of an anti-slide pile head as the evaluation index of the anti-sliding effect of antislide pile, ANSYS was used to establish models for numerical simulation to provide analysis of the pile spacing and to determine the anchoring depth and cross- sectional dimensions of the impact of pile top displacement. Using the control variable method, the influence trends and the degree of influence of three factors on the displacement of pile top were studied. Through this analysis, we found that the influence of the pile cross-section size change on the maximum displacement of the pile head is relatively weak, whereas the anchoring depth and pile spacing have a greater impact on the changes in the maximum displacement of the pile; there is a limit of the design parameters, beyond which improvement in the design value is not obvious regarding the limiting of the displacement of the pile top. Further study could investigate the choice of design parameters to optimize the design of anti-slide pile.

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Wybrane nowości Solid Edge V19

Kaźmierczak G.

Napędy i Sterowanie

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2006

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R. 8, nr 10

86-88

PL

We wszystkich nowych wersjach Solid Edge producent - firma UGS - koncentruje się na określonych obszarach zastosowań programu. Wynikiem tego jest dodawanie w niektórych modułach większej liczby nowych funkcji i poleceń niż w innych. W wersji 19. modułami, w których pojawiło się najwięcej nowości, są Assembly (projektowanie zespołów) oraz Sheet Metal (modelowanie części blaszanych). Poniżej omówiono najważniejsze nowe funkcje i polecenia SE V19.