Textile Department, School of Textile, Tiangong University
Mailing Address: School of Textile,399 Binshui West Road, Xiqing District, 300387, Tianjin, PR China
Tel: (Cell):86-13820406285
Email: zhangmeiling@tgu.edu.cn; 546331214@qq.com
ACADEMIC EXPERIENCE
2010.12 to present Tiangong University, Tianjin, PR China (www.tgu.edu.cn)
Associate Professor
Textile Department, School of Textile
2015.8-2016.8 acting as a visiting scholar in Deakin University, Geelong, Victory, Australia
2008.12-2009.1 acting as a visiting scholar in Germany.
COURSES TAUGHT:
Spinning Equipment, Spinning Principle, Textile English
Notes: Brief introduction of main courses.
Spinning Equipment: This course mainly introduces the spinning system and the used equipment. Cotton, wool, flax and silk’s spinning system are carefully introduced. The structure of the used equipment and the realized functions are explained in detailed. The newest research achievements are suggested about the technique and equipment of the spinning.
Spinning Principle: This course primarily explains the spinning process and the spinning theory. Yarn definition and characteristics of fiber assemblies are firstly described. Secondly the basic process of spinning are introduced such as fiber preparation and selection, fiber blending, opening, cleaning and blending, carding, roller drafting, twisting and winding. Then the new spinning and its developments are referred.
Textile English: Main purpose of this course describes the fiber performance, the spinning process and the weaving technology in English. Let the students know how to express the textile special knowledge in English.
Advanced new spinning: Main purpose of this course describes open end spinning and non open end spinning. Including rotor spinning, air vortex spinning, friction spinning, core spinning etc.
2004-2009 Tiangong University, Tianjin, PR China(www.tgu.edu.cn)
Lecturer
Textile Department, School of Textile
COURSES TAUGHT:
Spinning Principle, Spinning Equipment
2008.1-2009.1.30 study in Hochschule Niederrhein, University of applied science of Germany
2003-2004Tiangong University, Tianjin, PR China(www.tgu.edu.cn)
Assistant
Textile Department, School of Textile
COURSES TAUGHT:
Spinning Principle, Spinning Equipment
RESEARCH INTERESTS
Smart Textiles, Textile Materials and Textiles Design, Textile Engineering, Functional Textiles
EDUCATION
Ph.D. in Textile Material and Textile Design, Tiangong University, Tianjin, PR China, June 2011
M.S. in Textile Engineering, Tiangong University, Tianjin, PRC, April 2003
B.E. in Textile Engineering, College of Tianjin Textile and Engineering, Tianjin, PRC, July 1999
BOOK PUBLISHED
Textbook: “Textile Fibers and Product Development”, 2005
Textbook: “Textile Engineering”, 2012
Textbook: “Three dimensional woven fabric”, 2015
Textbook: “Textile Engineering”, 2019
PAPER PUBLISHED
“Investigation of Heat Transfer Properties of Plasma-Treated and Silicone-Elastomer Coated Basalt Fabric.” COATINGS, volume 9, Issue 5, 2019.5, Article.
“Cold plasma treatment and aging properties of aramid fiber”. Journal of textiles, 2018, 39 (11). EI journal.
“Analysis of non-destructive testing of three-dimensional braided composites based on SQUID.” Nondestructive Testing and Evaluation 2016:1-15.
“capacitor method for testing blended ratio of polyester cotton yarn.” Cotton textile technology, 2015.
“Technical analysis of loop yarn produced by fancy twisting machine.” Shanghai Textile Science and technology, 2015.
“relationship basing on response surface model between fabric switch structure parameters and conduction pressure. ”Journal of Tianjin University of Technology, 2015.
“Structure design and optimization of 3D fabric switch.” Shanghai Textile Science and technology, 2015.
“The life test and analysis of fabric switch”, proceedings of the 13th Asian textile Congress. 2015.
“Optimization of three dimension structure parameters of flexible fabric switch”, Proceedings of the 89th World Conference on textiles. 2014.
“Integration of 1550nm vertical-cavity surface-emitting laser with gratings on SOI.” Optics & Laser Technology 2014;64:333-6.
“High-performance binary blazed grating coupler used in silicon-based hybrid photodetector integration. Optical Engineering 2014;53.”
“Highly efficient polarization-independent grating coupler used in silica-based hybrid photodetector integration.”Optical Engineering 2014;53:057105.
“Large-area binary blazed grating coupler between nanophotonic waveguide and LED.” Scientific World Journal 2014;2014:586517.
“Shear properties of three-dimensional woven composite reinforcements.” Polymer Composites 2015:n/a-n/a.
“The design and weaving of glass filament spacer fabric”, Advanced Materials Research,(2014), 1015,pp227-230.
“Four layers weaved once structure design and conduction pressure testing analysis for fabric switch”. Advanced Materials Research(2013), 627,pp263-266.
“Design and performance testing of three dimensional trapezia structure for fabric keyboard switch”. Advanced Materials Research(Sept 2011), 332-334, pp955-958.
“Three layers weaved once structure design and performance testing for fabric keyboard switch”. Materials Science Forum(2011), 675 677, pp1171-1174.
“Design and comparison of three kinds of structures for fabric keyboard switch”. Advanced Materials Research (2010), 123-125, pp947-950.
“Research of X Shape Structure about Fabric Keyboard Switch”. Shang Dong Textile Science and Technology(Feb 2010), pp25-27.
“Research on the Temperature Sensor of the Fiber-optical and Raster Woven into the Fabric”. Shanghai Textile Science and Technology(Mar 2010), pp18-20.
“Design and Performance Testing of Through-thickness Angle Interlock for Fabric Keyboard Switch”, proceedings of TBIS 2010(2010),2010.5.
“Structural design and performance testing of flexible fabric keyboard switch”. Advanced Materials Research(2009), 79-82,pp1133-1136.
“Two kinds of designs and comparison testing of flexible fabric keyboard matrix circuit”, Proceedings of the Fiber Society (2009), I AND II,pp1042-1045.
“Design and Development of the Bulge layer for the Flexible Fabric Keyboard”. Shanghai Textile Science and Technology(April 2008), pp42-43.
“Design and Development about Flexible Fabric Keyboard Matrix Orifice”. Journal of Tiangong University(June 2007), pp10-12.
“Research of electronic textiles”.The Thirty-Fifth Textile Science International Learning Forum paper(Aug 2006), pp22-26.
“Research of smart fabric keyboard”，Textile Science and Engineering Doctor Forum Paper(2006),B-056.
“Combination about Electronic Equipment and Garments”，The Sixth Functional Textiles and Nanometer Technology Forum paper(2006),pp62-65.
“Measure of Decreasing Yarn Hairiness in Winding”, Textile Equipment(2006), 33,pp38-39.
“Natural Nanometer Fiber-Lotus”, Yunnan University Journal(2005), 27,pp462-4649.
“Application of Nanometer Technology in Conventional Textile”, Yunnan University Journal(2005),27，pp238-240.
“Nanometer Technology and Antibiosis Textiles”, The Fifth Functional Textiles and Nanometer Technology Forum paper(2005), pp27-28,pp297-299.
“Application of VBA in Cotton Spinning Mill Design”, Tianjin Textile Technology(2004), 42，pp21-27,44.
“Nanometre Technology and coming textile”, Modern Textile Technology(2004), 12,pp44-46.
“Maching Arranging CAD System in Cotton Spinning Mill”. Journal of Tiangong University(Feb 2004), 23, pp58-60.
“Application of VBA in Cotton Spinning Mill Design”，New Textile(2002), 7,pp34-39.
“Wool textile industry and WTO in china”, Shan Xi Textile(2002),3,pp48-50.
PATENT
“Fabric keyboard switch of non-contact type conductive layer” has been patented, ZL201520714929.0, 2015.10.12.
“Fabric keyboard switch of non-contact type conductive layer”, CN2015105874425.0, 2015.10.12.
“A comprehensive quality evaluation method of fabric switch based on Grey Relational Analysis”, CN2015102569859.0, 2015.5.19.
“A kind of grating fabric keyboard switch”, CN103794395A , 2014.02.28.
“A kind of fabric friction coefficient tester”, CN103528946A , 2013.10.28.
“A kind of smart bake oven for monitoring the weight timely”, CN103528361A , 2013.10.28.
“Methods of the fiber-optical and raster woven into the garments”, CN101708076B, 2013.05.08.
“A kind of flexible fabric keyboard”, CN101369186, 2010.1.20.
ENCOURAGE
Excellent teachers at school level in 2019
Outstanding Party members at school level in 2019
The spinning principle great course building and practice is awarded the second prize of the teaching achievement by Tiangong University in 2013, the rank is the second.
The paper is awarded the third prize of the Textile Science and Originality paper in 2013 by Textile and Education Society as a tutor.
Excellent teacher in 2012 by Tiangong University.
Excellent teaching quality is awarded the third prize in 2011 by Tiangong University.
The spinning principle course building and teaching reformation is awarded the second prize in 2011 by the Textile Industry Association, the rank is the third.
The paper is awarded the third prize of the Textile Science and Originality paper in 2011 by Textile and Education Society as a tutor.
Young teacher prelecting contest is awarded the second prize in 2010 by Tiangong University.
Being one of members the national teaching teams in 2010.
Being one of members the national great course about the spinning principle in 2010.
Excellent teacher in 2009 by Tiangong University.
Tianjin Model and virtue advanced person is awarded in 2006.
Young teacher prelecting contest is awarded the second prize in 2006 by Tiangong University.
Textile 036 class charged by me is awarded advanced class model of china, the sequence is the second in 2006.
Young teacher prelecting contest is awarded the third prize in 2004 by Tiangong University.
Excellent expert and plurality thinking workers is awarded in 2004 and 2005 by Tiangong University.
RESEARCH PROJECT
Research and development of intelligent clothing and its health monitoring system for military and civil wearable optical fiber human vital signs monitoring,, Tianjin Science and Technology Commission, contract No.: 18zxjmtg002602, October 2018 to September 2021.
Research on ECG sensing and diagnosis based on capacitive coupling fabric electrode", general project of Tianjin Natural Science Foundation (18jcybjc291002018-04-2021-03),.
Research on blanket with the enterprise in 2016.
Research on fabric modification with Geelong in Australia from 2015 to now.
Research on blood pressure detection basing on fiber bragg grating pulse and key issues of intelligent clothing, 2014.1-2016.12, supported by National Youth Fund, the rank is the fourth.
Research of connection pressure basing on three dimensional woven fabric for the fabric switch, 2013.4-2016.3, supported by Tianjin Science Technology Committee, the rank is the first.
Research on blood pressure detection basing on Fiber Bragg grating pulse and key issues of intelligent clothing, 2014.1～2016.12，supported by the National Youth Fund, the rank is the fourth.
Objective evaluation of absorbing wave effect about the textile material, 2011.10-2014.9, supported by Tianjin Science Technology Committee, the rank is the second.
Improve and perfect numeric teaching courseware of the spinning system and equipment, 2013.4-2014.4, supported by Tiangong university, the rank is the first.
Design and development about the flexible fabric keyboard, 2009.1-2010.6, supported by the enterprise, the rank is the first.
Objective evaluation system basing on the image analysis for the textiles, 2007.4-2009.3, supported by Tianjin Science Technology Committee, the rank is the third.
Spinning and weaving research about fox fine hair, 2009.1-2010.12, project is about the undergraduate innovation experiment supported Tiangong University, the rank is the second.
Performance testing and analysis about fabric keyboard switc,2009.8-2010,supported by the enterprise, the rank is the first.
Fabric keyboard switch’s research, 2009.1-2010.5, project is about the undergraduate innovation experiment supported by Tiangong university, the rank is the first.
Inspecting the people’s physiology parameter by distributing fiber-optical and raster and smart garments’ key research, 2009.1-2009.12, supported by National Natural Science Foundation of China, the rank is the ninth.
Numeric automatic measuring and mixing color software system, 2004.4-2005.9, supported by Tianjin Science Technology Committee, the rank is the sixth.
Lab reforming and recycling research about low grade computer laboratory, 2003.10-2005.1, the teaching reforming project by Tiangong University, the rank is the third.
Practice research about spinning equipment teaching by multi-media, 2003.10-2005.11, the teaching reforming project by Tiangong University, the rank is the third.
