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学者姓名:杨建武

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A method for modeling and analyzing the rotor dynamics of a locomotive turbocharger SCIE
期刊论文 | 2016 , 84 (1) , 287-293 | NONLINEAR DYNAMICS
WoS CC Cited Count: 8
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Abstract :

The rotor of the locomotive turbocharger is prone to malfunction of the turbocharger, and it is also the most important part of the turbocharger. The reasonable establishment of rotor dynamics model is very important in the study. It determines the accuracy of analysis. The influence of the shaft quality on the turbine and impeller was not considered in the process of analyzing the dynamic model in the passed research. But the quality of locomotive turbocharger rotor shaft is relatively large, it cannot be ignored because it will have a large bending moment in the model simplified. So the rotor dynamic equation was deduced in the case of considered the quality of the rotor axis. The rotor of the turbocharger rotor was simplified firstly, the various parts of the simplified rotor were analyzed, and the dynamic model of the rotor was established. And the dynamic model was verified by the hammer experiment. The factors considered in the dynamic model were more comprehensive, so the model would be more practical for the future research.

Keyword :

Moment Moment Modal analysis Modal analysis Locomotive turbocharger Locomotive turbocharger Rotor dynamics Rotor dynamics

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GB/T 7714 Yang, Jianwu , Gao, Yaju , Liu, Zhifeng et al. A method for modeling and analyzing the rotor dynamics of a locomotive turbocharger [J]. | NONLINEAR DYNAMICS , 2016 , 84 (1) : 287-293 .
MLA Yang, Jianwu et al. "A method for modeling and analyzing the rotor dynamics of a locomotive turbocharger" . | NONLINEAR DYNAMICS 84 . 1 (2016) : 287-293 .
APA Yang, Jianwu , Gao, Yaju , Liu, Zhifeng , Zhao, Chengbin , Kang, Taiti , Gu, Lichao et al. A method for modeling and analyzing the rotor dynamics of a locomotive turbocharger . | NONLINEAR DYNAMICS , 2016 , 84 (1) , 287-293 .
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一种测量卡盘夹紧力的无线数据收发传感器电路版图结构 incoPat zhihuiya
专利 | 2016-05-24 | CN201610350231.4
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Abstract :

本发明公开了一种测量卡盘夹紧力的无线数据收发传感器电路版图结构,其由无线数据接收和无线数据发送两部分组成。当卡盘的夹紧力受力变化时,电阻应变膜片产生形变,从而使相应的电阻上的电压发生变化,这种变化由于较小,所以采用应变电桥,并通过放大电路对信号进行放大,然后再传输给后续处理电路:A/D转换器和控制器,最后无线发射模块将信号通过无线通讯天线发送给无线接收模块。无线接收模块将接收到的数据通过USB通信协议将数据发给上位机进行数据分析处理。相比现有的技术,本发明基于集成电路设计技术实现夹紧力数据高精度的采集,具有体积小、数据收发精确的优点。

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GB/T 7714 张跃明 , 褚迅迅 , 杨建武 . 一种测量卡盘夹紧力的无线数据收发传感器电路版图结构 : CN201610350231.4[P]. | 2016-05-24 .
MLA 张跃明 et al. "一种测量卡盘夹紧力的无线数据收发传感器电路版图结构" : CN201610350231.4. | 2016-05-24 .
APA 张跃明 , 褚迅迅 , 杨建武 . 一种测量卡盘夹紧力的无线数据收发传感器电路版图结构 : CN201610350231.4. | 2016-05-24 .
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一种卡盘应变力测量数据无线收发控制系统 incoPat zhihuiya
专利 | 2016-05-24 | CN201610350228.2
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Abstract :

本发明公开了一种卡盘应变力测量数据无线收发控制系统,该系统包括数据采集发送电路和数据接收电路。数据采集发送电路包括:主控制电路、电路电源管理电路、信号调理电路、无线发射电路和测速电路。数据接收电路包括:主控制器电路、无线接收电路和USB通信电路。该控制系统供电电源电路采用小型聚合物锂电池供电,供电电压3.5~3.9V,电池可以通过一个标准的小型MiniUSB接口连接5V电源充电。本发明解决了传统静态测量方案的弊端,实现动态测量,具有安装便利、抗干扰能力强、传输数据可靠、耗电量小等优点。

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GB/T 7714 张跃明 , 褚迅迅 , 杨建武 . 一种卡盘应变力测量数据无线收发控制系统 : CN201610350228.2[P]. | 2016-05-24 .
MLA 张跃明 et al. "一种卡盘应变力测量数据无线收发控制系统" : CN201610350228.2. | 2016-05-24 .
APA 张跃明 , 褚迅迅 , 杨建武 . 一种卡盘应变力测量数据无线收发控制系统 : CN201610350228.2. | 2016-05-24 .
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一种检测夹紧力损失的试验装置 incoPat zhihuiya
专利 | 2016-05-24 | CN201610350185.8
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Abstract :

本发明公开了一种检测夹紧力损失的试验装置,外壳体包括圆环壳体和受力压柱;应力环体包括圆环壳体和作为惠斯通电桥组成元件的电阻应变片;把手为圆环壳体结构;处理电路设置在把手内,处理电路具有电源管理模块、主控制模块、功率放大模块、模数转换模块和信号发送模块,功率放大模块与惠斯通电路相连;USB信号接收装置包括主控制模块、USB通信模块和信号接收模块,USB通信模块连接上位机,将接收的数据传输给上位机。所述试验装置的外壳体上均匀布置着受力压柱,不同的装夹方式可以实现针对不同装夹设备的检测方案。本发明能实现不同的装夹测量方式,测量数据的无线收发,使用方便,耗电量小,测量数据准确。

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GB/T 7714 张跃明 , 褚迅迅 , 杨建武 . 一种检测夹紧力损失的试验装置 : CN201610350185.8[P]. | 2016-05-24 .
MLA 张跃明 et al. "一种检测夹紧力损失的试验装置" : CN201610350185.8. | 2016-05-24 .
APA 张跃明 , 褚迅迅 , 杨建武 . 一种检测夹紧力损失的试验装置 : CN201610350185.8. | 2016-05-24 .
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Fault diagnosis algorithm of rotating machinery based on the improved FSVM Scopus CSCD PKU
期刊论文 | 2015 , 41 (11) , 1711-1717 | Journal of Beijing University of Technology
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Abstract :

In fault diagnosis of rotating machinery, the strong noise and outliers interference are usually contained in the vibration signals. After fault feature extraction, the method of traditional support vector machine (SVM) for the pattern recognition causes the fuzzy of optimal hyperplane and affects the classification results. So a fuzzy C-means (FCM) clustering algorithm was introduced in this paper. FCM was used to solve the problem of fuzzy membership. However, the FCM had its own defects. The clustering result was sensitive to the initial center, and often cannot achieve the result of the global optimal. Improved by particle swarm optimization (PSO) which has advantages of global optimization search, the FCM achieved better fuzzy memberships for each sample. So, the fault diagnosis algorithm of rotating machinery based on the improved fuzzy support vector machine (FSVM) was proposed. First, fault features were extracted by using the empirical mode decomposition (EMD). Second, the problem of fuzzy membership was solved by using FCM which was optimized by PSO. At last the fuzzy memberships were put into SVM, the improved FSVM was founded and fault recognition was realized. Results of the experiment show that the improved FSVM has better anti-noise performance and the classification effect is better than that of the traditional FSVM algorithm. © 2015, Beijing University of Technology. All right reserved.

Keyword :

Fault diagnosis; Fuzzy membership; Fuzzy support vector machine; Rotating machinery Fault diagnosis; Fuzzy membership; Fuzzy support vector machine; Rotating machinery

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GB/T 7714 Yang, J.-W. , Gao, Y.-J. , Gu, L.-C. et al. Fault diagnosis algorithm of rotating machinery based on the improved FSVM [J]. | Journal of Beijing University of Technology , 2015 , 41 (11) : 1711-1717 .
MLA Yang, J.-W. et al. "Fault diagnosis algorithm of rotating machinery based on the improved FSVM" . | Journal of Beijing University of Technology 41 . 11 (2015) : 1711-1717 .
APA Yang, J.-W. , Gao, Y.-J. , Gu, L.-C. , Liu, Z.-F. , Kang, T.-T. , Zhao, C.-B. . Fault diagnosis algorithm of rotating machinery based on the improved FSVM . | Journal of Beijing University of Technology , 2015 , 41 (11) , 1711-1717 .
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Assessment method of machining error of globoidal cam based on equidistant model Scopus CSCD PKU
期刊论文 | 2015 , 41 (1) , 7-12 | Journal of Beijing University of Technology
SCOPUS Cited Count: 1
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Abstract :

Because of the complicacy of working profile of a globoidal cam, there is not a fast measurement method with high accuracy. A method of measuring the characteristic line on the equidistant model of the globoidal cam based on the three-coordinate measuring machine (CMM) and the turntable system is proposed. The measuring theory of the equidistant model without radius compensation is first analyzed. The line profile error of equidistant model is then calculated and the influence on cam gearbox and automatic tool changer (ATC) is discussed. Test results show that cam measurements method is feasible, providing a foundation for integration of globoidal cam's design, manufacture and measure. ©, 2015, Beijing University of Technology. All right reserved.

Keyword :

Equidistant model; Globoidal cam; Line profile error; Precision measurement Equidistant model; Globoidal cam; Line profile error; Precision measurement

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GB/T 7714 Yang, J.-W. , Sun, S.-W. , Cao, S.-Q. . Assessment method of machining error of globoidal cam based on equidistant model [J]. | Journal of Beijing University of Technology , 2015 , 41 (1) : 7-12 .
MLA Yang, J.-W. et al. "Assessment method of machining error of globoidal cam based on equidistant model" . | Journal of Beijing University of Technology 41 . 1 (2015) : 7-12 .
APA Yang, J.-W. , Sun, S.-W. , Cao, S.-Q. . Assessment method of machining error of globoidal cam based on equidistant model . | Journal of Beijing University of Technology , 2015 , 41 (1) , 7-12 .
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Five-phase s-curve control method based on particle swarm optimization Scopus CSCD PKU
期刊论文 | 2015 , 41 (5) , 641-648 | Journal of Beijing University of Technology
SCOPUS Cited Count: 5
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Abstract :

To solve the problem of the torsional vibration that the startup of synchronous belt transmission printers, a mathematical model of the belt system was established, the main cause of torsional vibration through the analysis of model was found, and the phenomenon of torsional vibration through the synchronous belt transmission test platform that has been established was studied. To suppress the system torsional vibration, five-phase S-curve acceleration and deceleration method was used to plan input signals in the motor starting, and the difficult problem of S-curve parameters selection was solved by using of particle swarm optimization algorithm. The feasibility of the algorithm were verified through the simulation test and the test platform. Results show that the optimized S-curve avoids resonance frequency of the input signal that is close to resonant frequency, and losses the dynamic performance of synchronous belt system, meanwhile suppress torsional vibration significantly. ©, 2015, Beijing University of Technology. All right reserved.

Keyword :

Five-phase S-curve; Particle swarm optimization; Synchronous belt transmission printers Five-phase S-curve; Particle swarm optimization; Synchronous belt transmission printers

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GB/T 7714 Liu, Z.-F. , Zhang, S. , Cai, L.-G. et al. Five-phase s-curve control method based on particle swarm optimization [J]. | Journal of Beijing University of Technology , 2015 , 41 (5) : 641-648 .
MLA Liu, Z.-F. et al. "Five-phase s-curve control method based on particle swarm optimization" . | Journal of Beijing University of Technology 41 . 5 (2015) : 641-648 .
APA Liu, Z.-F. , Zhang, S. , Cai, L.-G. , Yang, J.-W. , Xu, B. , Xu, P. . Five-phase s-curve control method based on particle swarm optimization . | Journal of Beijing University of Technology , 2015 , 41 (5) , 641-648 .
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无线动态卡紧力测试仪设计与应用
期刊论文 | 2015 , 37 (01) , 111-114 | 电气自动化
CNKI Cited Count: 1
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Abstract :

卡紧力与转速函数关系检测是高速车削加工中不可缺少重要环节,介绍了通过卡紧力和转速函数关系检测高速卡盘性能的方法。设计出了一种无线动态卡紧力测试仪,以微型单片机为控制核心,采用无线收发模块,能够实时将动态测量结果传送到上位机,直接获得函数曲线。采用了特殊的设计方法,实现了长时间在线测量,精度高,反应灵敏。阐述了测量原理,硬件和软件的结构。通过实验证明,测试仪使用方便,精度达到设计指标要求。

Keyword :

无线传送 无线传送 卡紧力测量 卡紧力测量 单片机 单片机 转速测量 转速测量 机床卡盘 机床卡盘

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GB/T 7714 张国斌 , 陈晨 , 杨建武 et al. 无线动态卡紧力测试仪设计与应用 [J]. | 电气自动化 , 2015 , 37 (01) : 111-114 .
MLA 张国斌 et al. "无线动态卡紧力测试仪设计与应用" . | 电气自动化 37 . 01 (2015) : 111-114 .
APA 张国斌 , 陈晨 , 杨建武 , 张跃明 . 无线动态卡紧力测试仪设计与应用 . | 电气自动化 , 2015 , 37 (01) , 111-114 .
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基于等距模型的弧面凸轮测量方法 CSCD PKU
期刊论文 | 2015 , 41 (01) , 7-12 | 北京工业大学学报
CNKI Cited Count: 1
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Abstract :

弧面凸轮的廓面为空间不可展曲面,难以找到一种准确度高的快速测量方法.通过三坐标测量机搭配转台组成测量装置,对弧面凸轮等距模型的特征线进行测量,提出一种基于等距模型的弧面凸轮测量方法.首先,分析了等距模型的测量原理,避免了半径补偿;其次,提出了特征线的测量方法,评定等距模型的线轮廓度误差,讨论其对凸轮分度箱及换刀机械手的影响;最后,通过实验验证了测量方法的可行性,并提出了本测量方法的改进意见,可更好地实现弧面凸轮机构设计、加工、测量一体化.

Keyword :

线轮廓度误差 线轮廓度误差 弧面凸轮 弧面凸轮 等距模型 等距模型 精密测量 精密测量

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GB/T 7714 杨建武 , 孙树文 , 曹思奇 . 基于等距模型的弧面凸轮测量方法 [J]. | 北京工业大学学报 , 2015 , 41 (01) : 7-12 .
MLA 杨建武 et al. "基于等距模型的弧面凸轮测量方法" . | 北京工业大学学报 41 . 01 (2015) : 7-12 .
APA 杨建武 , 孙树文 , 曹思奇 . 基于等距模型的弧面凸轮测量方法 . | 北京工业大学学报 , 2015 , 41 (01) , 7-12 .
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基于粒子群优化五阶段S曲线加减速控制算法 CSCD PKU
期刊论文 | 2015 , 41 (05) , 641-648 | 北京工业大学学报
CNKI Cited Count: 16
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Abstract :

针对同步带传动印刷机启动中的扭振问题,建立了传动带系统的数学模型,通过分析模型找出引起扭振的主要原因,且搭建同步带传动试验平台对扭振现象进行研究.采用五阶段S曲线加减速方法对电机启动输入信号进行规划来抑制系统扭振,并提出运用粒子群优化算法,解决了规划五阶段S曲线参数选取困难的问题.通过仿真试验和试验平台验证可行性,证明了优化后的五阶段S曲线输入信号避开了谐振频率,在较小的牺牲同步带系统动态性能的同时大幅度抑制扭振.

Keyword :

五阶段S曲线 五阶段S曲线 同步带传动印刷机 同步带传动印刷机 粒子群算法 粒子群算法

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GB/T 7714 刘志峰 , 张森 , 蔡力钢 et al. 基于粒子群优化五阶段S曲线加减速控制算法 [J]. | 北京工业大学学报 , 2015 , 41 (05) : 641-648 .
MLA 刘志峰 et al. "基于粒子群优化五阶段S曲线加减速控制算法" . | 北京工业大学学报 41 . 05 (2015) : 641-648 .
APA 刘志峰 , 张森 , 蔡力钢 , 杨建武 , 许博 , 徐鹏 . 基于粒子群优化五阶段S曲线加减速控制算法 . | 北京工业大学学报 , 2015 , 41 (05) , 641-648 .
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