Yang Chongchang: Let Textile Machinery Teaching No Longer Boring.

< p > new a target= "_blank" href= "//www.sjfzxm.com/" > textile < /a > mechanical research, < a href= "//www.sjfzxm.com/news/index_c.asp" > chemical fiber spinning < /a > forming equipment system design theory research and Donghua University Mechanical College Songjiang campus laboratory relocation, postgraduate laboratory platform planning and construction, etc., teachers and students will mention the busy figure -- Professor Yang Chong Chong, School of mechanical engineering.

As the winner of the outstanding teacher award of "textile light" in 2012, whether it is the theoretical research of new textile machinery or the practical application of students in the learning process, Yang Chongchang has made great contributions to enhancing the influence of the Institute of mechanical engineering in the fraternal institutions.

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< p > "in the course construction, I am mainly responsible for the planning of experimental teaching in Mechanical Institute, and set up a professional experiment system course to undertake comprehensive experimental courses and professional experimental courses."

According to the characteristics of the discipline, Yang Chongchang built the original scattered curriculum experiment planning into a series of experimental curriculum systems such as "self selection comprehensive experiment" and "mechanical professional experiment course". A series of reforms made his laboratory get good reviews in the teaching evaluation of the Ministry of education in 2006.

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< p > Yang Chongchang's main research direction is the research on the theory of system design of chemical fiber spinning equipment and the research of new type < a href= "//www.sjfzxm.com/news/" > chemical fiber machinery < /a >.

The design theory of the coupling system makes up for the defects of the single disciplinary theory of the key components of traditional spinning forming, promotes the theoretical research of the interdisciplinary theory of fiber forming equipment and develops the systematic design theory of spinning forming equipment, establishes the mathematical model of the spinning process of the multi leaf complex profiled fiber, realizes the theoretical optimization of the spinning process parameters of the profiled fibers, and pforms from the experimental design to the digital quantitative controllable design, providing theoretical basis for the optimization of the technological parameters and structural parameters of the spinning forming equipment system; studying the automation of the optical and mechatronics technology to realize the micro precision machining, replacing the manual and mechanical processing method; and applying the machine vision technology to the detection system to realize the automatic and high-precision detection of the micro precision parts. In recent years, through continuous research and exploration, he passed polymer and molding equipment.

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A solid theoretical foundation has led Yang Chongchang to gradually form a scientific research method that combines theory with practice. He incorporated the innovative ideas, methods and achievements of scientific research into teaching practice. He not only participated in the outline of China engineering materials, < < a href= "http:// www.sjfzxm.com > < textile machinery < /a > > (12th Five-Year ministry level planning textbook), but also undertaken a number of longitudinal projects such as" national research and technology support plan "research and development of" pen material and its preparation technology "and" drafting mechanism research of the roller drawing system under the action of high-frequency micro wave waves "and so on, and contributed to the joint establishment of the industry university research base with the large domestic enterprises such as the Pacific Electromechanical group and Wuxi Hongyuan Group. < p >

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< p > scientific research achievements, such as the key technology and product integrated development of high moisture conductive polyester fiber, the control technology of nano phase domains in functional fibers and the development of differential products, have been applied to actual production, and achieved good economic and social benefits. The first prize of provincial and ministerial level is 1, and the two prize is 3.

Among them, the "a href=" //www.sjfzxm.com "> the textile industry < /a > Association project" automatic spinneret detector "has been developed. The research results have greatly improved the inspection level of the spinneret plate in the chemical fiber industry, and filled the gap in the field in China.

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< p > the theory of textile machinery is important, but the most important thing is to enable students to be practically applied. This is why I insist on guiding undergraduate curriculum design, graduation design, organizing students to take part in extracurricular scientific and technological activities, and participate in science and technology innovation competition.

Combining boring theory with hands-on practice, Yang Chongchang's "modern dyeing and chemical machinery design", "chemical fiber technology and equipment", "a href=" //www.sjfzxm.com "> textile technology < /a > and equipment Conspectus" and many other courses are deeply loved by students.

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