沈阳工业大学

沈阳工业大学学报第27卷总目次2005年

Journal of Shenyang University of Technology Vol . 27 contents 2005

为了观察耦合振动的情况，得到其在额定工况下各阶模态，判断系统运行的稳定性，以沈阳工业大学SUT-1000风力发电机组为例，进行了机组的动力学分析。

In order to observe the coupling vibration , get the vibration modes and judge the running stability of the unit , taking the wind turbine SUT-1000 of Shenyang University of Technology as an example , dynamic analysis of the wind turbine is performed .

由沈阳工业大学研制的MW级变速恒频风电机组属于变桨距型机组，它在额定风速以上进行变桨距调功控制。

MW variable speed constant frequency wind turbine from shenyang university of technology is a variable pitch wind turbine , it can change pitch to adjust power above rated wind speed .

措施一是在总结常用死区补偿方法的基础上，提出脉冲为基础的死区时间补偿法（PBDTC）对死沈阳工业大学博士学位论文区进行补偿，抑制系统的低频振荡；

The first measure adopts pulse based dead time compensation to suppress the oscillation .

沈阳工业大学博士学位论文.更正了传统降低叶片应力水平的观点，并给予了完善。同时增加了在叶片与下环连接处施加补强三角块应力水平的研究。

The conventional point of view for reducing the blade stress lever has been connected and improved .

改造优化方案在沈阳工业大学已经部分实施，实际效果显著。

Transformation optimization program has been partially implemented in the Shenyang Industrial University , the actual effect is remarkable .

今年52岁的刘光增现供职于沈阳工业大学辽阳校区总务处，为辽宁省非物质文化遗产代表性传承人。

By52-year-old Liu is currently serves on the Campus of Shenyang University of Liaoyang General Office of Liaoning Province Intangible Cultural Heritage representative successors .

您也欢迎来到中国，沈阳工业大学，学习汉语，学士学位和硕士学位。

And you are also welcomed to china , Shenyang University of technology to study Chinese and further diploma course for ba , and ma .

沈阳工业大学工科学士（1995年），美国东伊利诺伊大学工商管理硕士（2000年），加拿大麦吉尔大学金融学博士（2007年）。

BE , 1995 , Shenyang University of Technology ; MBA , 2000 , Eastern Illinois University ; Ph.D in Finance , 2007 , McGill University .

来自辽宁沈阳工业大学的4名学生发明了一种门灯，靠的是开关门时产生的能量供电。

Four students at Shenyang University of Technology in Liaoning Province invented a door light powered by electrical energy produced by opening and closing a door .

本课题依托沈阳工业大学自控技术研究所研发的中小型变速恒频交流异步风力发电机组为背景，重点研究了其发电机侧变流器。

This paper relies on the small and medium sized VSCF AC asynchronous wind turbine generator as the background produced by the automatic control technology institute of Shenyang University of Technology to research on the generator side converter .

最后，对本课题研究得出结论，提出建议，以使沈阳工业大学新校区体育场馆的多功能化利用更符合学校实际，提高其使用效率。

In conclusion , the writer concludes the study and then make some suggestions for a rational use of gymnasium and palaestra on new campus of SUT in order to enhance the utilizing efficiency and fits the actual status of SUT .