This paper presents original software called STAT-ADM (Statistical Analysis with Multicriteria Decision), developed to design and optimize the fiber mixtures in cotton mills. STAT-ADM has deep technological implications in raw material costs and facilitates the use of a flexible technological process adaptable to mixture recipe changes, reacting promptly to the yarns market demands.
Bona, M., "Textile Quality. Physical Methods of Product and Process Control," Textilia-Eurotex, pp. 182-399 (1994).
2.
El Mogahzy, Y., Manufacture of Staple Yarns, in "Wellington Sears Handbook of Industrial Textiles," pp. 69-83 (1995).
3.
Balasubramanian, N., Fiber Properties by HVI and Conventional Testing at Different Stages of Spinning, IndianJ. Fiber Textile Res. 20(6), 63-72 (1995).
4.
Fryer, L.F., Rost, J.P., and Lord, P.R., Effects of Cotton Fiber Blending and Processing on HVI Measurements-Part I , Textile Res. J. 66(6), 349-357 (1996).
5.
Andrasiu, M., Baciu, A., Pascu, A., Puscas, E., and Tasnadi, A., "Multicriteria Based Decision Methods," Technical Publishing House of Bucharest, Romania (1986) (in Romanian).
6.
Harpa, R., Contributions to the Optimization of the Processing Parameters of Unconventional Cotton Mixtures in Carded Mill, Ph.D. Thesis, Iassy, Romania (1999) (in Romanian).
El Mogahzy, Y. , Cotton Blending: How the EFS System Can Help in Producing Optimum Yarn Quality, 11th Engineer Fiber Selection® System Conference (1998).
9.
Kechagia, U., Optimum Blends for Higher Quality and Lower Cost, 3rd Indo-Czech Textile Research Conference, Liberec, Czech Republic (2004).
10.
Harpa, R., and Ciocoiu, M., Computer Aided Design for Cotton Type Mixture, in "Proceedings of the IInd International Seminar Sofia," pp. 55-60 (2004).