KSDF 한국염색가공학회
HOME KOREAN
Aims and ScopeAims and Scope
Editorial BoardEditorial Board
Journal InformationJournal Information
Current IssueCurrent Issue
Aims and ScopePast Issue
SubscriptionSubscription
For AuthorsFor Authors
Online Submission
NDSL
KSCI
KOREA SCIENCE
DBPIA
dibrary
oak
oak
oak
oak
LTWA
Past Issue
Journal Textile Coloration and Finishing
Year / Vol.,
Issue, Month
2023 / V.35,no.2,Jun
Title Study on the Mechanical Properties of PET Fiber and the Adiabatic Properties of PET Fabrics by their Adiabatic Material Contents
Authors Tae Yoon Kim, Sun Min Kwon, See Hyeon Chae, Ye Dam Jeong, Hyun Je Cho, Ik Sung Choi, and Jongwon Kim
Institution/Affiliations Hyundai Motor Company, 1Yeungnam University, 2Korea Textile Development Institute
Pages/Total page pp.128 ~ 136 / 9
Language Korean
Abstract Recently, the automobile industry is developing as the demand for automobiles increases due to industrial development and population growth. In addition, many studies are being conducted to reduce heat loss inside the automobiles in order to save energy inside the automobiles due to environmental regulations. In this study, alumina, nanosilicon, and aerogel, which are adiabatic materials, were filled in PET to manufacture yarn, identify physical and mechanical properties, and weave into fabric to confirm adiabatic performance. As the content of the adiabatic material increased, the tensile strength of the fibers filled with alumina and nanosilicon decreased greatly, and the adiabatic property slightly increased. The tensile strength of fibers filled with the aerogel decreased slightly, but the adiabatic properties were greatly increased. Therefore, it is considered to be due to the large volume fraction in the PET yarn due to the low density of the aerogel.
Keywords aerogel, Al2O3, Si-Nanoparticles, polyethylene terephthalate, melt spinning, adiabatic
Download  
Reference http://koreascience.or.kr/journal/OSGGBT.page

          list