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Top / Business / Textiles_and_Nonwovens / Nonwovens / Resources / Articles_and_Studies /

Automotive Industry a High Potential Market for Nonwovens Sound Insulation Technical paper focusing on the increasing penetration of nonwoven fabrics and products in automotive sound insulation applications. Discussion of properties, recyclability and renewable resources. Authors: S. Vasile and L. v. Langenhove. http://www.tx.ncsu.edu/jtatm/volume3issue4/Articles/Vasile/vasile_full_78_03.pdf Ncsu.edu  ~   Site Info   Whois   Trace Route   RBL Check   Application of Polypropylene Nonwoven Beds in Reducing Oil Concentrations In Emulsions Technical paper examining the process of oil emulsion sorption by sorptive beds made of polypropylene nonwovens for applications in oil separators for the treatment of industrial wastewaters and rain waters. Authors: J. Kaluzka and M. Lebiedowski. http://www.fibtex.lodz.pl/40_18_64.pdf Fibtex.lodz.pl  ~   Site Info   Whois   Trace Route   RBL Check   Characterization of Structural Changes in Nonwoven Fabrics During Load-Deformation Experiments Study exploring the structural parameters of point-bonded nonwovens during controlled deformation experiments to provide quantitative measures and determine the role of bonding temperature on deformation behaviour. Authors: Han Seong Kirn and others. http://www.tx.ncsu.edu/jtatm/volume1issue1/Articles/Pourdeyhimi/fulleditpourdeyhimi%20wip.pdf Ncsu.edu  ~   Site Info   Whois   Trace Route   RBL Check   Improvements in Compressional Properties of High-Lofts Technical paper about a laboratory test to evaluate the compressional recovery properties of a high-loft nonwoven web created with new types of matrix fibers and bi-component fibers. Authors: Oldrich Jirzak and others. http://www.fibtex.lodz.pl/42_22_80.pdf Fibtex.lodz.pl  ~   Site Info   Whois   Trace Route   RBL Check   Orthotropic Theory for the Prediction of Mechanical Performance in Point-Bonded Nonwovens Technical paper about the application of the orthotropic theory to evaluate mechanical performance for point-bonded nonwoven fabrics with preferred orientation direction. Author: Han Seong Kim. http://pdf.ricta.or.kr/fap/05020139.pdf Ricta.or.kr  ~   Site Info   Whois   Trace Route   RBL Check   Relationship between Fiber Orientation Distribution Function and Mechanical Anisotropy of Thermally Point-Bonded Nonwovens Technical paper about the link that has been established between geometrical features and mechanical performance of nonwovens in general, and of point-bonded nonwoven fabrics in particular. Author: Han Seong Kim. http://pdf.ricta.or.kr/fap/05030177.pdf Ricta.or.kr  ~   Site Info   Whois   Trace Route   RBL Check   Resistance of Carbon and Active Carbon Precursor Nonwovens Technical paper about the development of active carbon nonwovens from regenerated cellulose as electrode material for electrical capacitors. Authors: Romualda Cislo and others. http://www.fibtex.lodz.pl/41_20_75.pdf Fibtex.lodz.pl  ~   Site Info   Whois   Trace Route   RBL Check   Preparation and Properties of Cotton-Eastar Nonwovens Peer reviewed technical paper about the production of thermally bonded nonwovens from cotton and biodegradable thermoplastic cellulose acetate, including a discussion of the structure and properties of the resulting products. Authors; S. Bhat and others. http://www.inda.org/subscrip/inj03_2/p53-57.pdf Inda.org  ~   Site Info   Whois   Trace Route   RBL Check   Spacial Variation of Nonwovens Surface Density Short paper describing planar anisotropy and other structural characteristics of nonwovens, based on the random field theory and spatial autocorrelation devices. Authors: Jiri Militky and others. http://www.usti.cz/pub/klicka/Literat/SpatialVar.pdf Usti.cz  ~   Site Info   Whois   Trace Route   RBL Check   Nonwovens Science and Technology A introduction to the nonwovens industry, originally created by Prof. Kermit Duckett and students at the University of Tennessee, and currently maintained by Prof. Larry Wadworth. Extensive descriptions of fibers and materials, web formation technologies http://web.utk.edu/~mse/pages/Textiles/index.html Utk.edu  ~   Site Info   Whois   Trace Route   RBL Check