• 한국잠사곤충학회지
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• 제29권2호
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• pp.67-72
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• 1987

견직물의 효소정련에 있어서 조련정도가 효소정련한 견직물의 특성에 미치는 영향을 구명하기 위하여 조련정도가 다른 효소정련견포에 대하여 KES-F System을 적용하여 역학적 특성 즉 인장, 굽힘, 약단, 압축 및 표면특성을 측정하고 태값을 산출하여 비교한 결과는 아래와 같다. 1. 능하부다이 견직물의 경우 조련연감율이 증가와 함께 포의 stiffness는 감소되고 smoothness는 향상되었으나 종합 태값인 soft feeling은 조련 20%에서 가장 우수하였다. 2. 크\ulcorner데신 견직물의 경우 anti-drape stiffness는 조련정도가 커지는데 따라서 증가되었으나 기타 특성과 종합 태값인 Flexibility with soft feeling은 조련정도와 상관이 인정되지 않았다.

• 한국의류학회지
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• 제24권3호
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• pp.440-447
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• 2000

The effects of DP finishing conditions including process technique and finishing agent on the mechanical properties and hand of cotton fabrics were investigated. 100% cotton fabrics were treated with NMA/DMDHEU and NMA/YF using wet-fixation and steam-fixation process. For comparison, conventional pad-dry-cure process was used with DMDHEU. After DP finishing, tensile and compressional resilience increased and bending hysteresis decreased, resulting in the improvement of dimensional stability of cotton fabric. WF and SF process rendered fabrics better shear properties, tensile energy, and compressional linearity and energy than PDC process. However, SF process produced fabrics with higher geometrical roughness than WF process. After DP finishing, primary hand values except Koshi increased, resulting in the increase of total hand value of cotton fabric.

• 한국잠사곤충학회지
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• 제28권2호
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• pp.52-60
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• 1986

견직물에 효소에 의한 정련처리를 비누-소다정련과 함께 실시한 후 이들 정련견포에 대하여 KES-F System을 적용하여 역학적 특성 즉 인장, 굽힘, 전단, 압축 및 표면특성을 측정하고 태값을 산출하여 효소정련과 비누-소다정련견포의 태값을 비교한 결과 1. 능하부다이 견직물의 경우 효소정련을 하면 포의 Stiffness가 비누-소다정련을 한 것에 비하여 감소되었고 Smoothness와 Soft feeling은 증가하였다. 2. 크\ulcorner데신 견직물의 경우 효소정련을 하면 비누-소다 정련에 비하여 Stiffness와 Anti-Drape Stiffness는 감소되었으며 Fullness와 종합 태값인 Flexibility with soft feeling은 향상되었다.

• 한국의류학회지
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• 제22권2호
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• pp.257-266
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• 1998

This study was conducted to examine the changes of the mechanical properties of the position in jean slacks during the wear, previously used for the wearing test, which were subjected to repeated tensile-shearing deformation using a simulated fatigue tester has been investigated and compared, by calculating both mechanical properties and hand value(HV) of these fabrics with KES-F system and the by obtaining the THV through these calculated properties. The results are as follows. 1. The fatigue phenomenon of mechanical properties was the LT, 2H B, 2HBS, MMD, SMD, RC values increased, elasticity values of tensile, bending and shearing properties, such as B, G and compression properties LC, WC were reduced. It was shown, then, that those fabrics lost their elasticity and became flexible and soft with the increase of fatigue. 2. The hand value and THV; except anterior knee from all part of KOSHI, NUMERI, FUKURAMI was decreased. 3. The fatigue phenomenon of hand value was different on the position of clothing; on the position of hip, rate of B, G smaller than other parts and KOSHI was decreased, on the part of anterior thigh was FUKURAMI was increased, on the anterior knee RC, NUMERI, THV was increased, on the posterior knee was 2HB, 2HG, 2HGS showed increasedgreater than any other part and on the hem of back, MMD was increased, but NUMERI was decreased. 4. The changing process of mechanical properties in the simulation testing by the fatigue tester has similar tendency to that of the wearing tester. It is concluded that this testing method is useful to predict the fatigue phenomena of fabrics caused by wearing.

• 복식
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• 제58권4호
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• pp.26-34
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• 2008

The purpose of this study was to create a database of information on the mechanical properties of two different waterproof and breathable shell fabric groups(high density woven and PTFE laminate) used for outdoor apparel and to compare and correlate data of their mechanical properties and hand values. The results of this study were as follows; There were no statistically significant differences between two fabric groups in extension, bending and shearing properties. There were statistically significant differences between two fabric groups in MMD, SMD, LC and we values. High density woven fabrics had smoother surface than PTFE laminated fabrics. PTFE laminated fabrics can be compressed easily more than high density woven fabrics but their recovery after compression was not better than high density woven fabrics. There were statistically significant differences between two fabric groups in NUMERI, FUKURAMI. There was statistically significant difference between two fabric groups in total hand value. Total hand value and mean deviation of MIU had a very high and statistically significant negative correlation coefficient.