Fibers and Polymers 9권 1호 발간 안내
공지일시: 2008-03-07 09:00:00
Fibers and Polymers 9권 1호 발간 안내 |
우리 학회 영문지 Fibers and Polymers 9권 1호가 2월 25일 발간되었습니다.
구독을 신청하신 회원들께는 이미 발송해드렸습니다.
학회 회원들은 3월 20일 이후에 학회 홈페이지에서 로그인 하신후 pdf 파일을 보실 수 있습니다.
현재 Springer 출판사에서 pdf 파일을 업로드 작업중입니다.
회원 여러분의 편의를 위하여 9권 1호 목차를 알려드립니다.
논문 제목 |
저자 |
게재면 |
Dependence of Montmorillonite Dispersion in Nanocomposites on Polymer Matrix and Compatibilizer Content, and the Impact on Mechanical Properties |
Yong-Chan Chung, Tae Keun Cho, and Byoung Chul Chun |
7-14 |
The Effects of Electrical Discharge on the Mechanical Properties of Bombyx mori Silk Fibroin |
Cigdem Yumusak and Vilayet Alekberov |
15-20 |
Improvements of Surface Functionality of Cotton Fibers by Atmospheric Plasma Treatment |
H. A. Karahan and E. Özdogan |
21-26 |
Optimum Porosity of Fibrous Porous Materials for Thermal Insulation |
Ning Du, Jintu Fan, and Huijun Wu |
27-33 |
Prediction of Air Filter Efficiency and Pressure Drop in Air Filtration Media Using a Stochastic Simulation |
Xinpeng Wang, Kitai Kim, Changhwan Lee, and Jooyong Kim |
34-38 |
Three Dimensional Fiber Orientation Distribution in Two Dimensional Flows |
Kun Zhou and Jianzhong Lin |
39-47 |
The Statistical Investigation of Mechanical Properties of PP/Natural Fibers Composites |
Amirhossein Esfandiari |
48-54 |
A Mechanical Model for Felt in Impulse Drying: A Cellular Materials Approach. I. Model Development and Simulation |
H. Aguilar Ribeiro and C. A. V. Costa |
55-62 |
A Mechanical Model for Felt in Impulse Drying: A Cellular Materials Approach. II. Experimental Validation |
H. Aguilar Ribeiro and C. A. V. Costa |
63-70 |
Small Diameter Polyurethane Vascular Graft Reinforced by Elastic Weft-knitted Tubular Fabric of Polyester/Spandex |
Weilin Xu, Fei Zhou, Chenxi Ouyang, Weigang Cui, Mu Yao, and Xungai Wang |
71-75 |
Changing Porosity of Knitted Structures by Changing Tightness |
T. Dias and G. B. Delkumburewatte |
76-79 |
Performance of Neural Network Algorithms during the Prediction of Yarn Breaking Elongation |
Josphat Igadwa Mwasiagi, XiuBao Huang, and XinHou Wang |
80-86 |
Comparison of Artificial Neural Network and Linear Regression Models for Prediction of Ring Spun Yarn Properties. I. Prediction of Yarn Tensile Properties |
Mustafa E. Üreyen and Pelin Gürkan |
87-91 |
Comparison of Artificial Neural Network and Linear Regression Models for Prediction of Ring Spun Yarn Properties. II. Prediction of Yarn Hairiness and Unevenness |
Mustafa E. Üreyen and Pelin Gürkan |
92-96 |
Study on the Wicking Property of Polyester Filament Yarns |
Ni Wang, Anxia Zha, and Jinxiu Wang |
97-100 |
The Effects of Mechanical Actions on Washing Efficiency |
Ahjin Lee, Moon Hwo Seo, Seungdo Yang, Joonseok Koh, and Hyungsup Kim |
101-106 |