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Dive into the research topics where Yang Jin-tang is active.

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Featured researches published by Yang Jin-tang.


chinese control conference | 2006

Temperature Predictive Fuzzy Control of Coke Oven

Li Gongfa; Kong Jianyi; Jiang Guozhang; Yang Jin-tang; Xiang Hegen; Hou Yu

On the basis of analyzing production characteristics of coke oven, heating intelligent control model of coke oven was built. Then predictive fuzzy control algorithm was proposed combining predictive control with fuzzy control. In the algorithm, predictive control was responsible for control accuracy and fuzzy control was to provide control variables when predictive model was not convergent as well as uncorrected control variables when the model had converged. A good temperature control of coke oven with characteristics of large inertia and time delay was obtained by application of the algorithm. The practical running indicates that the algorithm has good control performance and great practical value.


world congress on intelligent control and automation | 2010

Optimization synthesis of realizing track of RRRPR type five-bar mechanism based on genetic algorithm

Yang Jin-tang; Kong Jianyi; Li Gongfa

Global optimization synthesis of RRRPR type five-bar mechanism is multi-peak, polymorphism, multi-model and multi-inequality constrains Optimization problem, and genetic algorithm is put forward to directly solve this optimization question, which is good at global searching. Then compensation displacement minimum and uniform rotational motion of crank are set as double goal function, the optimization model of five-bar mechanism realizing track of many points is built. Finally the instance calculation indicates that this method is practical and feasible.


wri world congress on software engineering | 2009

Developing of Controlled Five-bar Design Platform

Yang Jin-tang; Kong Jianyi; Li Gongfa; Li Jia; Liu Huaiguang

Controlled five-bar is an important area of contemporary mechanism. On account of the current gap in design software about five-bar, a controlled five-bar design platform (CFDP) has been developed with VC++ and OpenGL based on the theory of five-bar. The platform has two main functions of motion analysis and path synthesis, therefore offers a great convenience for the designers. This paper introduces the method of path synthesis and motion analysis, and then the functions and structures of the platform are discussed. Conclusion gives the overall attitudes on the software.


Machinery Design and Manufacture | 2010

Control of air-compressor system based on ECS-700

Yang Jin-tang


Machinery Design and Manufacture | 2007

Research on production planning modeling of steel enterprise based on genetic algorithm

Yang Jin-tang


Archive | 2013

Valve having cam mechanism

Li Gongfa; Su Xiaocheng; Yang Jin-tang; Wu Zehao; Kong Jianyi


Hot Working Technology | 2013

Study on Temperature Field of Butterfly Valve and Actuator Based on Fluent

Yang Jin-tang


Journal of Yangtze University | 2010

Three-dimensional Finite Model of Self-adjusting Bolt in Converter

Wang Su-lin; Yang Jin-tang


Hot Working Technology | 2010

Numerical Simulation of Microstructure Field in Head of UT1Mn Heavy Rail During Quenching Process Based on ANSYS Software

Yang Jin-tang; Qu Haiduan; Li Gongfa; Zhang Xiaoliang


Modern Machinery | 2009

Kinematic analyse of inside engaged gear based on ADAMS

Yang Jin-tang

Collaboration


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Li Gongfa

Wuhan University of Science and Technology

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Kong Jianyi

Wuhan University of Science and Technology

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Jiang Guozhang

Wuhan University of Science and Technology

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Hou Yu

Wuhan University of Science and Technology

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Li Jia

Wuhan University of Science and Technology

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Liu Huaiguang

Wuhan University of Science and Technology

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Xiang Hegen

Wuhan University of Science and Technology

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Xiong Hegen

Wuhan University of Science and Technology

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Zhang Xiaoliang

Wuhan University of Science and Technology

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