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Abstract
Kata kunci: puntiran nyata ,tekstil ,nomor benang
In textile, calculation the yarn count, Nm, can be derived by knowing the twist of yarn. Theoretical consideration for a modeling the relationship of twist and the yarn count, both in rotor spinning and ring spinning, has been done and developed to get a good model to show the actual twist. In this research, the formula has been verified and it has been investigated to show the relationship of twist with yarn count completely by theoretical approach and also it has done fabrication the actual twist measurement tool.
Keywords: actual twist, textile, yarn count
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References
- Putra, V.G.V, Rosyid, M.F & Maruto, G, 2016, A Simulation Model of Twist Influenced by Fibre Movement inside Yarn on Solenoid Coordinate, Global Journal of Pure and Applied Mathematics, No.1, Vol 12, Hal. 415-412.
- Putra, V.G.V & Rosyid, M.F. , 2015, Theoretical Modeling for Predicting the Optimum Twist Angle of Cotton Fiber Movement on OE Yarn Made by Rotor Spinning Machine, Journal of Applied Mathematics and Physics, Vol.3 Hal. 623-630.
- Putra dan Iskandar, 2014, Studi Pengaruh Bentuk S-Twisted Dan Z-Twisted Terhadap Besar Twist Pada Mesin Pintal, TEXERE (Journal of Textile Science and Technology), No.1,Vol. 12., Hal 60-65.
- Furter, 2009, Measurement and significance of yarn twist, Uster Technology AG, Switzerland
- Lawrence, 2010, Advances in yarn spinning technology, The textile Institute, Cambridge, UK.
- Rohlena, V., 1975, Open-End Spinning, Elseiver Scientific Publishing Company, New york
- Sherif, 2005, Developing A Magnetically Suspended Disc System For Industrial Applications, With Application On Ring Spinning, Auburn University, Alabama, Disertasi Auburn University
- Sema dan Kadoglu, H., 2008, Effect of Process Parameters on the Twist of 100% Polyester OE Rotor Yarns, FIBRES & TEXTILES JOURNAL, No. 4,Vol. 16,Hal. 24-28
- Trommer, G., 1995, Rotor Spinning, Deutscher fachverlag, Frankfurt.
- Putra, 2014, Pemodelan Untuk Menentukan Hubungan Actual Twist Tipe-Z Terhadap Kecepatan Sudut Pada Mesin Spinning (Rotor Dan Ring Spinning), TEXERE ( Journal of Textile Science and Technology), No.2, Vol. 12. Hal 20-26
- Putra, V.G.V. &Rosyid, M.F. 2017, New theoretical modeling for predicting yarn angle on OE yarn influenced by fibre movement on torus coordinate based on classical mechanics approach, Indian Journal of Fibre and Textile Research, Vol.42. Pp. 359-363.,
- Putra, V.G.V,Arief Dewanto. & Totong., 2016, Predicting non inertia frame related by speed of bobbin compared by speed of rotor, Global Journal of Pure and Applied Mathematics, Vol 12.,No.5 pp. 4107-4114.
- Putra, VGV, 2015, Studi bentuk Permukaan Navel terhadap Hairiness, Prosiding 1st Indonesian Textile Conference, Politeknik STTT Bandung.
- Putra, VGV, 2015, Hubungan Actual Twist Tipe Z terhadap Kecepatan Benang pada Mesin Pintal, Prosiding 1st Indonesian Textile Conference, Politeknik STTT Bandung.
- Putra, VGV, 2015 Pemodelan untuk Menentukan Hubungan Twist terhadap Nomor Benang Nm pada Mesin Rotor Open End Spinning Menggunakan Metode Lagrange dan Komputasi Numerik, Prosiding 1st Indonesian Textile Conference, Politeknik STTT Bandung.
- Putra, VGV dan Rosyid, MF., 2014, Metode untuk Menentukan Jejari Yarn pada Mesin Pintal Open End Rotor Spinning Melalui Pendekatan teoritik dan Kajian Fisika, Seminar Nasional Fisika,Universitas Negeri Semarang.
- Putra, VGV., 2019, Wijayono A, Irwan, Martina T, Rosyidan C, Suatu Studi Pemodelan Viskoelastik Material Benang Viz 100% Wool 36 Tex (G/Km) Menggunakan Pendekatan Fisika, Wahana Fisika, Vol 4, No.1, pp. 27-34.
References
Putra, V.G.V, Rosyid, M.F & Maruto, G, 2016, A Simulation Model of Twist Influenced by Fibre Movement inside Yarn on Solenoid Coordinate, Global Journal of Pure and Applied Mathematics, No.1, Vol 12, Hal. 415-412.
Putra, V.G.V & Rosyid, M.F. , 2015, Theoretical Modeling for Predicting the Optimum Twist Angle of Cotton Fiber Movement on OE Yarn Made by Rotor Spinning Machine, Journal of Applied Mathematics and Physics, Vol.3 Hal. 623-630.
Putra dan Iskandar, 2014, Studi Pengaruh Bentuk S-Twisted Dan Z-Twisted Terhadap Besar Twist Pada Mesin Pintal, TEXERE (Journal of Textile Science and Technology), No.1,Vol. 12., Hal 60-65.
Furter, 2009, Measurement and significance of yarn twist, Uster Technology AG, Switzerland
Lawrence, 2010, Advances in yarn spinning technology, The textile Institute, Cambridge, UK.
Rohlena, V., 1975, Open-End Spinning, Elseiver Scientific Publishing Company, New york
Sherif, 2005, Developing A Magnetically Suspended Disc System For Industrial Applications, With Application On Ring Spinning, Auburn University, Alabama, Disertasi Auburn University
Sema dan Kadoglu, H., 2008, Effect of Process Parameters on the Twist of 100% Polyester OE Rotor Yarns, FIBRES & TEXTILES JOURNAL, No. 4,Vol. 16,Hal. 24-28
Trommer, G., 1995, Rotor Spinning, Deutscher fachverlag, Frankfurt.
Putra, 2014, Pemodelan Untuk Menentukan Hubungan Actual Twist Tipe-Z Terhadap Kecepatan Sudut Pada Mesin Spinning (Rotor Dan Ring Spinning), TEXERE ( Journal of Textile Science and Technology), No.2, Vol. 12. Hal 20-26
Putra, V.G.V. &Rosyid, M.F. 2017, New theoretical modeling for predicting yarn angle on OE yarn influenced by fibre movement on torus coordinate based on classical mechanics approach, Indian Journal of Fibre and Textile Research, Vol.42. Pp. 359-363.,
Putra, V.G.V,Arief Dewanto. & Totong., 2016, Predicting non inertia frame related by speed of bobbin compared by speed of rotor, Global Journal of Pure and Applied Mathematics, Vol 12.,No.5 pp. 4107-4114.
Putra, VGV, 2015, Studi bentuk Permukaan Navel terhadap Hairiness, Prosiding 1st Indonesian Textile Conference, Politeknik STTT Bandung.
Putra, VGV, 2015, Hubungan Actual Twist Tipe Z terhadap Kecepatan Benang pada Mesin Pintal, Prosiding 1st Indonesian Textile Conference, Politeknik STTT Bandung.
Putra, VGV, 2015 Pemodelan untuk Menentukan Hubungan Twist terhadap Nomor Benang Nm pada Mesin Rotor Open End Spinning Menggunakan Metode Lagrange dan Komputasi Numerik, Prosiding 1st Indonesian Textile Conference, Politeknik STTT Bandung.
Putra, VGV dan Rosyid, MF., 2014, Metode untuk Menentukan Jejari Yarn pada Mesin Pintal Open End Rotor Spinning Melalui Pendekatan teoritik dan Kajian Fisika, Seminar Nasional Fisika,Universitas Negeri Semarang.
Putra, VGV., 2019, Wijayono A, Irwan, Martina T, Rosyidan C, Suatu Studi Pemodelan Viskoelastik Material Benang Viz 100% Wool 36 Tex (G/Km) Menggunakan Pendekatan Fisika, Wahana Fisika, Vol 4, No.1, pp. 27-34.