Browsing by Author "Sunitha, R"
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Item Antimicrobial Finish on Cotton Agave Fabric Using Cassia Auriculata(2012-04) Saranya, A; Sunitha, RItem Application and Evaluation of Bitumen Coating On Jute Agave Americana for Geotextiles(2015-03) Yasotha Kumari, S; Sunitha, RItem Application of Antimicrobial Finish on Khadi Fabric Using Acorus Calamus(2016) Sunitha, R; Tharani, SItem Application of Antimicrobial Finish on Khadi Fabric Using Acorus calamus(2015-03) Tharani, S; Sunitha, RItem A Comparative Study of Ecofriendly and Conventional Scouring Treatments(2016) Mcrienn, W; Sunitha, RScouring is a cleaning process for renewing natural and actiuired impurities of fibers. Common industrial practices involve use of sodium hydroxide to remove non - celltilosic materials. In (his process, the individual non - cellulosic components other than natural colouring matters are converted into solute compounds are removed in subsequent washing. This traditional scouring process consumes large quantities of energ)' and water and is not ecofriendly. High level of pH and temperature used in this process that damages the fiber due to non - specific attack of alkali especially when performed in the presence of oxygen, it also results in loss in strength of the fiber. Hence, there was demand for scouring process carried out using mild conditions. It led to the development of substrate specific, low water consuming and environment friendly process, namely enzymatic scouring. Textile wet processing is one of the largest and oldest industries world wide, responsible for substantial resource consumption and pollution especially in terms of water.Item Computer Aided Theme Based Designing For Grade School Girls’ Multiwear Garments(2013-05) Uthra, K.; Sunitha, RItem Design and Dvelopment of Multiwear Garment for Adolescent(2022-05) Monika, R; Sunitha, RItem Designing and Developing Innovative Sari and Blouse for Obese Adolescent Girls(2014-03) Aparanjitha Shalini, S; Sunitha, RItem Effect of Filtration Behaviour of Sustainable Fibre Made Nonwovens(2019-04) Channa V S Vimala Bharathi Deepthi; Sunitha, RItem Empowerment of Women Through Handicrafts From Agave Americana Fibres(2015) Sunitha, RThe purpose of the study is to innovate eco-friendly fashionable products and at the same time bring out the job potentialities in procuring raw materials and manufacturing the products. This may motivate women to become entrepreneurs at minimum investment. This study exhibits vividly that it is cent percent possible to extract fibres from tbe leavers of non-food crop Agave americana. These fibres also have good affinity towards dye. These also lend themselves to prepare handicraft items and accessories.Item Evaluation of Naturally Dyed Sisal Yarn With Padouk Wood Extract(2011-04) Jothipriya, R; Sunitha, RItem Evaluation of The Prepared Needle Punched Fabrics In the Selected Fields of Technical Textiles(2009-05) Meenambika, P; Sunitha, RItem Extraction and Evaluation of Cellulase from Bagasse and Biopolishing Sisal Yarn(2011-05) Meriena, W; Sunitha, RItem Extraction and Fabrication of Agave Americana Fibres into Woven and Nonwoven Structures, With Cotton, Jute and Hemp for Selected Technical Textiles(2011-06-22) Sunitha, R; Krishna Bai, GItem Fabrication and Evaluation of Needle Punched Nonwovens Using Natural Fibre Blends(2010-05) Abishekaavalli, V; Sunitha, RItem Madhubani art- a design inspiration to develop motifs for hand painting on skirts(2017-04) Gayathri. M; Sunitha, RItem Modification and Fabrication of Selected Natural Fibres into Thermal Bonded Structures for Hybrid Polymer Composites(2023-07) Thamarai Selvi, S; Sunitha, RItem Nonwovens for Technical Applications(2012) Meenambika, P; Sunitha, RItem Nonwovens for Technical Applications(2012) Meenambika, P; Sunitha, RItem An Observation of Soil Load Bearing Capacity by Involving Prepared Nonwoven Fabrics(2016) Sunitha, R; Meenambika, PThis paper discusses the behaviour of Coir, Jute, Sisal and Polyethylene terephthalate (PET) blended needle punched fabrics in withstanding load as an application as geo textile material. The nonwoven fabrics were prepared through Needle punching technique. The fibers were blended In different composition in order to obtain four different fabric samples such as Coir/Jute/PET (CJP). Coir/Sisal/PET (CSP), Jute/Sisal/PET (JSP) and Coir/Jute/Sisal/PET (CJSP). The load withstanding capacity of the soil was analyzed by inserting the tour different fabric samples. The comparison was made with the standard soil sample which had no fabric insertion. The study revealed that the soil inserted with fabric samples showed improved load withstanding capability when compared to the standard one. Whereas among the four different samples good withstanding capacity was observed in Jute/Sisal/PET (JSP).