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와인 소비자의 지각된 가치가 만족 및 충성도에 미치는 영향
김시균(Si Gyun Kim),권용주(Yong Ju Kown),최성수(Seong Su Choi) 한국관광연구학회 2013 관광연구저널 Vol.27 No.1
The results are as follows: First, as a result of analyzing hypothesis 1, perceived wine values affect significantly on satisfaction, it was analyzed that emotional values and image and economical values among the perceived wine values affects significantly on the satisfaction. Second, as a result of analyzing hypothesis 2, perceived wine values affect significantly on loyalty, it was analyzed that only economical values among the perceived wine values affects significantly on the loyalty. Third, as a result of analyzing hypothesis 3, the satisfaction after purchasing wine affects significantly on loyalty, it was analyzed that the satisfaction after purchasing wine affects significantly on loyalty. Finally, as a result of analyzing the differences of perceived wine values of the demographic attributes and wine purchasing attributes, the results showed that the perceived wine values have significant differences of gender, marital status, educational standards, ages, and monthly income, but career. Meanwhile, as a result of analyzing the perceived wine values differences of wine purchasing attributes, the results showed that the perceived wine values have significant differences of drinking frequency, purchasing purpose, partners, drinking place, and purchasing place, but number of wine glasses.
PTCR을 이용한 3-D Glass 열성형 금형의 내부 온도 측정에 관한 연구
이호순(Ho-Soon Lee),안해원(Hae-Won Ahn),김시균(Si-Gyun Kim),김기만(Gi-Man Kim),최성대(Seong-Dae Choi) 한국기계가공학회 2017 한국기계가공학회지 Vol.16 No.6
In order to make 3-D glass from 2-D glass for mobile device windows, a mold is used for heat forming. In this process, the temperature of the glass is very important. However, measuring the temperature of the glass inside the mold is very difficult owing to the mold structure and the high temperature. The purpose of this study is to measure the temperature inside the mold by using Process Temperature Control Rings (PTCR) and to compensate for temperature differences in the heat forming machine and inside the mold. The measuring method uses the ceramic material’s shrinkage characteristics, which makes it possible to measure the temperature inside the mold at various locations.