学校电气设计论文题目

这类的选题有很多，在这里大家可以参考一下往期的论文选题，如：高功率引述整流器的建模与仿真、直流电机闭环控制调速系统的SIMULINK软件仿真、电力系统故障录波器的实验平台开发、抽油机抽空监测及控制器的软件设计、电容器分时投切无功补偿技术在抽油机上的应用研究、油水分离罐的自动运行系统的开发、新型开关电源拓扑的PSPICE的仿真研究、配电网单相接地故障选线的仿真，等等，这类的选题有很多，大家想要了解相关信息不妨来期刊目录网看看。

一、现代机电控制技术应用方面(包括系统设计或设计、维修技术难点分析的论文)

1．土高精度大屏幕LED日历时钟

2．键多功能数显键盘制作

3．交通灯控制系统

4．电梯控制系统

5．楼宇智能监控系统

6．数字温度计

7．多温度检测系统

8．LCD数字显示体温计

二、数控技术应用方面(包括典型零件数控工艺编制或数控加工难点、数控设备维修技术分析的论文)

1．土某一副典型冲压模具数控加工工艺

1．2某一副典型塑料模具数控加工工艺

3．3某一个汽车零件数控加工工艺

4．数控车床某一种故障分析与维修维护技术

5．数控铣床某一种故障分析与维修维护技术

6．加工中心某一种故障分析与维修维护技术

7．多种数控加工技术的综合应用经验

8．数控加-ET_艺与传统工艺的结合

9．结合产学研岗位的数控技术应用的其他设计(论文)

三、机电装置方面(包括系统设计或设计、维修技术难点分析的论文)

1．土某专用机械传动系统设计

2．某农产品加工机器设计

3．某轻工产品加工机器设计

4．某专用机器技术改造

5．典型机床维修技术

机电一体化毕业论文的写作过程：

（一）选题

毕业论文（设计）题目应符合本专业的培养目标和教学要求，具有综合性和创新性。本科生要根据自己的实际情况和专业特长，选择适当的论文题目，但所写论文要与本专业所学课程有关。

（二）查阅资料、列出论文提纲

题目选定后，要在指导教师指导下开展调研和进行实验，搜集、查阅有关资料，进行加工、提炼，然后列出详细的写作提纲。

（三）完成初稿

根据所列提纲，按指导教师的意见认真完成初稿。

（四）定稿

初稿须经指导教师审阅，并按其意见和要求进行修改，然后定稿。

1. PLC控制花样喷泉.doc 2. S7-200PLC在数控车床控制系统中的应用3. PLC控制五层电梯设计 4. 超高压水射流机器人切割系统电气控制设计5. 基于PLC的恒压供水系统设计 6. 西门子PLC交通灯毕业设计7. 双恒压供水西门子PLC毕业设计 8. 世纪星组态 PLC控制自动配料系统毕业论文9. 三菱梯形图PLC控制四层电梯 10.三菱PLC五层电梯控制11.全自动洗衣机西门子PLC控制 12.欧姆龙PLC控制交通灯13.基于PLC电机故障诊断系统设计 14.双恒压无塔供水系统plc设计毕业论文15.工业用洗衣机的PLC控制在配料生产线上的应用毕业论文17.变频调速恒压供水系统电梯控制毕业论文19.基于PLC电梯控制设计 20.基于PLC中断技术的集选电梯控制系统实现21.自动送料装车系统PLC控制设计 22.简易电梯控制模型的设计与实现.在数控机床中的应用 24.机械手PLC控制设计控制锅炉输煤系统控制自动门的课程设计 27.基于PLC的三层电梯控制系统设计 28.交流变频调速PLC控制电梯系统设计毕业论文控制的自动售货机毕业设计论文在变电站变压器自动化中的应用在电网备用自动投入中的应用305022336

随着科学技术向生产力逐步转化，机电一体化产品的设计已经涉及到机械、电气和控制等众多领域。单领域、分散建模的设计方法已经很难满足产品综合设计的要求。以下是学术堂整理的机电一体化毕业论文题目，希望对你有所帮助。1、基于虚拟原型的机电一体化建模与仿真技术研究2、基于实验教学的机电一体化系统探析3、MEMS加速度计与读出电路的研究4、基于LM628的运动控制器的研制5、机电一体化的物流培训模型-机械手搬运系统模块的设计6、国家骨干高职院校兼职教师现状与对策研究7、立体仓库实训系统信息管理的研究设计8、机电一体化精确定位装置及其控制系统的研究9、空间机械臂机电一体化关节的设计与控制10、基于SolidWorks&LabVIEW的虚拟原型机电一体化设计技术研究11、机电一体化新型旋转式海流计设计与开发12、橡塑工业循环温控技术机电一体化的设计与研究13、人民币防伪鉴真机电一体化设计实验研究14、高职机电一体化专业项目驱动课程体系研究15、基于UGNX的机械臂式三维扫描仪概念设计的研究

电气设计英文论文题目

我有一篇我本科毕设的小论文，英文中文都有，而且是我人工翻译的，8000字左右。你要的话PM我。我是电气工程及其自动化专业的。《Analysis of thyristor-controlled phase shifter applied in damping power system oscillations》

电气工程毕业论文题目

随着经济生活水平的不断提高，人们对电气安装工程质量有了更高的要求。以下是电气工程毕业论文题目，欢迎阅读。

1、建筑电气工程施工中的质量控制和安全管理强化策略探讨

2、建筑电气施工质量问题及应对措施分析

3、探究建筑电气工程的智能化技术应用

4、基于Android的建筑电气无线监控系统研究与实现

5、《民用建筑电气设计规范》相关释疑

6、建筑电气低压配电设计中各种接地系统的探讨

7、建筑电气工程中的强电施工与设计方法分析

8、建筑电气工程施工质量控制要点分析

9、提高建筑电气工程施工管理的措施

10、建筑电气工程的智能化技术应用分析

11、基于REVIT的建筑电气BIM协同设计分析

12、建筑电气自动化系统安装的施工技术探讨

13、关于建筑电气在节能方面的几点思考

14、建筑电气设计中的消防设计之我见

15、建筑电气中供配电线路设计的思考

16、建筑电气工程安装技术要点探析

17、建筑电气照明节能设计略谈

18、建筑电气与智能化专业人才培养模式改革思路

19、切实提高文物建筑电气火灾防控能力[N]

20、论建筑电气工程的施工质量管理

21、建筑电气设计安装问题及解决对策

22、建筑电气施工质量通病与控制措施探析

23、建筑电气强电部分设计的.相关问题和应对策略

24、住宅小区的建筑电气设计探析

25、建筑电气火灾的现状、问题和防控

26、浅析建筑电气技术在智能建筑中的应用

27、智能化技术在建筑电气工程中的应用

28、高层楼宇建筑电气节能技术研究

29、建筑电气技术在工程中的应用及发展趋势

30、建筑电气工程安装技术要点分析及应用

31、DB模式下建筑电气工程投标报价、设计与造价管理

32、建筑电气的施工现场安全与管理问题分析

33、试论建筑电气安装工程中的问题及对策

34、基于Revit软件的建筑电气设计分析

35、建筑电气设计节能方面的应用

36、建筑电气项目的节能技术

37、建筑电气系统提高照明质量的措施研究

38、民用建筑电气照明系统节能技术分析

39、建筑电气节能问题研究

40、建筑电气施工质量控制要点分析

41、浅析建筑电气专业设备及管线标识的标注

42、建筑电气在住宅节能设计中的应用

43、建筑电气技术在智能建筑建设领域的应用分析

44、建筑电气监控系统监控服务与配置平台开发

45、建筑电气监控系统总线节点的功能可配置性开发

46、基于灰色层次分析法的建筑电气节能设计方案优选

47、简论我国建筑电气设计规范

48、建筑电气工程安装技术要点分析及应用研究

49、建筑电气工程的智能化技术应用分析

50、新时期建筑电气节能途径探讨

51、浅谈建筑电气设计中的节能技术措施

52、建筑电气配电线路的配电方式及防火措施探讨

53、建筑电气系统故障诊断方法研究

54、浅谈建筑电气消防审核和验收中的常见问题

55、建筑电气工程施工管理及质量控制

56、建筑电气安装工程中常见问题分析与预防

57、建筑电气中的SPD电压保护方法研究

58、浅谈建筑电气工程施工中常见的质量通病及防治措施

59、建筑电气工程安装技术要点分析及应用

60、建筑电气安装中防雷接地施工技术的应用与质量管理

61、建筑电气设计中的节能措施探讨

62、建筑电气设计原则与可行性措施

63、建筑电气防水设计探讨

64、建筑电气工程的质量管理和控制措施研究

65、探究建筑设计中的电气消防设计

66、建筑电气工程施工质量控制要点探析

67、关于建筑电气中的消防设计探讨

68、试论建筑电气设计中的节能措施

69、建筑电气照明节能设计研究

70、建筑电气中的低压电气安装

71、建筑工程电气设备安装施工技术的要点分析

72、基于建筑信息模型的电气特性计算仿真

73、高职院校建筑电气课程实践性教学改革探索

74、建筑电气照明节能设计的探讨

75、建筑电气施工质量控制综述

76、建筑电气节能技术的合理应用

77、高层建筑电气设计中低压配电系统安全性探讨

78、建筑电气自动化控制系统的应用

79、对现代建筑电气设计的特点及发展的探讨

80、电力电缆在建筑电气工程中的应用研究

81、建筑电气系统的节能设计

82、基于智能负荷控制器的建筑电气优化布线研究

83、建筑电气设备的电气节能设计研究

84、建筑电气节能问题的研究

85、超高层建筑电气设计关键技术解析

86、小波消噪和人工蜂群优化神经网络的建筑电气故障诊断

87、谐波对建筑电气设计的影响及对策分析

88、试论关于智能化建筑与建筑电气

89、对现代建筑电气设计中的问题探讨

90、建筑节能在建筑电气设计中的应用

91、浅谈病房建筑电气设计中应注意的问题

92、浅谈建筑电气节能技术的应用

93、建筑电气设计存在的问题及主要对策

94、建筑电气消防工程设计及施工策略研究

95、高层建筑电气中的低压配电设计分析

96、建筑电气的低压电气安装技术探讨

97、浅析建筑电气工程施工中的质量控制与安全管理

98、试论建筑电气设计中存在的问题与解决对策

99、BIM技术在建筑电气设计中的应用研究

100、建筑电气工程的施工质量管理的策略构建

电气工程：1Electrical Engineering My decision to pursue graduate study in the United States is underscored by my desire to be a part of the graduate program at your institution. Purdue University offers the flexibility needed for such a vast and rapidly changing field. The research facilities and the faculty at the university are par excellent. Communications is an industry that has changed our lives. In a very short period it has changed the way we have looked at things since centuries. It is one industry that is going to shape our future for centuries to come. Hence my desire to do masters in electrical engineering with communications as my major. My interest in electronics blossomed during my high school years. It was the time when technology had begun to make an impact on the lives of people in India. Hence engineering with electronics as my major was the first choice for my undergraduate studies. Right since the beginning of my undergraduate study electronics is a subject that has fascinated me with its power of applications. The subjects that I have studied include Linear Electronics, Digital Electronics. These laid the foundation for my courses in Electronic Communication & Communication Systems at a later stage. My undergraduate studies already focus on the communications aspect of electronics. A masters degree in electrical engineering with communications as major field is the next logical step. For the past four months I have been working as a project trainee at the Indian Institute for Advanced Electronics. I am working on the design and development of a "PC Controlled Digital Serial Data Generator". This short stint has given me invaluable practical experience. It has given me the confidence to pursue a masters degree and also kindled a desire to do research. During the course of my work at IIAE, I have come across several scientists. Most of them work in different areas of communications. Interactions with them have made me realize the vastness and the scope of communications. My discussions with them convinced me that specializing in communications will suit me very well. The subject of research which interests me very much is spread spectrum communication systems. Coding theory and combinations is another research subject which arouses my curiosity. The subject Communication Theory which I am studying at present introduces these topics in theory. I am eager to find out more about the applications of coding theory to spread spectrum communication systems. In addition I have been a student member of the IEEE (Institute of Electrical and Electronics Engineers, Inc.) for the past three years. Through its workshops/seminars and publications like the 'The Spectrum' it has exposed me to a lot of emerging technologies in the field of communications. It is a strong belief in my family that the American education system has the best to offer in the whole world. This belief arises out of the experience that my parents had when they did their Masters of Science in the University of Pennsylvania during the years 1967-69. If I can get an opportunity to be a part of that intellectually stimulating environment, I am sure my talents will be put to optimal use. India is a developing country with an enormous potential in the information technology business. To serve the needs of this developing industry and more important its vast population, communications is going to become of utmost importance. Thus conditions here are very conducive to supplement my aspirations when I return after completing my graduate studies. 2Electrical Engineering As a graduate student, I will undertake research and coursework in Electrical Engineering to enhance my competencies in this field. I intend to complete my master's degree in order to pursue my doctorate. The research that I am most interested in pursuing at Northeastern University surrounds the optical properties of MEMS devices, and the development of substrate-based fast electro-optical interfaces. My interest in this area stems from my undergraduate study in MEMs development for tri-axial accelerometers. Engineering has been a key interest of mine since childhood. While still in grade school I enjoyed listening to my father, an electrical engineer, teach me about advances in technology, and was always eager to hear more. I was introduced to my first computer at the age of five, and have loved interacting with them ever since. My decision to study engineering as a career was no surprise to those who knew me. In college I found that I was always studying something I enjoyed. I believe it is because I enjoy my life and my work that I have been successful. Spending hours in the laboratory is not something that I dread, but instead I take pride in my work and its successful completion. One example of this that is still fresh in my mind is the successful design of a fully functional microprocessor in the Xilinx environment. All told, the project took over 150 hours of each design-team member's time. However, I did not look on it as a drain, but an experience for learning and a focus for my professional and technical development. When we finished the project we felt the sense of worth and pride in completion of a task that was once above our level of knowledge. Pursuing a graduate degree in the research field I have chosen also feels like a challenge, and I know that study will frustrate me at times. However, I feel that my commitment to learning will not be swayed. I feel confident in my ability to be creative in my perspective, and to persevere. My ultimate goal is to be an innovator in the field I have chosen to study. Professionalism and creativity are my most valued strengths. At the heart of my interest is the advancement of man in concert with his environment. My personal philosophy of life will matter greatly during my study and after its completion. That is why I devote time to reflection on my goals and their implications. Money has never been a motivator for my work, nor do I think it will be in the future. However, as a professional and a graduate, I realize that my earning potential will be significant. That is why I also commit myself to charity and fairness. In the past I have been a member of the Boy Scouts of America, and have achieved the rank of Eagle Scout. In the course of my experience in that organization, I learned respect and moral value. Now, as a member of the IEEE, I value my professional standing and its commensurate moral implications. Ethics in engineering is as important as technical skill, and as such I intend to uphold my own ethical obligations to the best of my ability. As a Northeastern University student, I would commit all that I have to offer to my study. I intend to pursue research in MEMS technology. At Rowan University as an undergraduate student I have already conducted some research and development of MEMS sensors for military applications, resulting in publication. An article, written by myself and my project member David Bowen and edited by our advisor Dr. Robert Krchnavek, was published in the NAVSEA Intelligent Ships Symposium Proceedings of 2001. The paper was titled "Designing a 3-Axis, Monolithic, MEMS-Based Accelerometer" and was under review for endorsement by the US Navy's NAVSEA facility in Philadelphia during that year. Building on my past success in MEMs design, I hope to advance my understanding. Through research at the graduate level, it is my hope to become familiar with, and innovate the design of MEMs Optics in hopes of creating a reliable and practical MEMs Electro-Optical Interface for use in consumer electronics. It is my hope, that through my research, optical waveguides for intradevice communication might be realized. Finally, my intent to pursue graduate study is laid plain. Study of MEMs optics is my intended focus, and I am committed to my goal. In pursuing a doctoral degree, I have closely analyzed myself to determine the reasons for my previous successes and my goals for the future. I have found that I do and have always enjoyed engineering, and that I have a strong desire to pursue my study further. I am prepared to commit myself to that study, and achieve what I have set out to do. 3I Wish to Pursue an MS Degree in Electrical Engineering During my senior year at Purdue University, I made a decision that has impacted the entire course of my education. While my classmates were making definite decisions about their career paths, I chose to implement a five-year plan of development and growth for myself. I designed this plan in order to examine various careers that I thought might interest me, as well as to expand upon my abilities at the time. As I was attaining a BS degree in Electrical Engineering, I decided to focus primarily on fields related to the VLSI (Very Large-Scale Integrated) circuits area. My main goals were either to gain work experience or to further my education by pursuing an MS degree in Electrical Engineering (MSEE). I saw an opportunity to both work and learn through employment at Xilinx Inc. Operating as a product engineer at a successful, high-tech semiconductor company has enabled me to utilize my technical and interpersonal skills in new and challenging ways. The position has also allowed me to interact with a multitude of departments including marketing, integrated circuit (IC) design, software/CAD development, manufacturing, reliability, accounting, and sales. I thus have gained an array of experience that extended beyond the parameters of my own responsibilities. In the workplace, I rely heavily upon the interpersonal techniques I developed as a counselor in a Purdue residence hall, as well as the organizational skills I had acquired through holding various leadership positions in cultural and engineering societies. I have also cultivated an interest in high-technology marketing that has continued to grow throughout my career. My experiences with Xilinx have heightened my hunger for knowledge in the VLSI field. Two months after joining the corporation, I applied to several part-time programs in the vicinity that would allow me to acquire an MSEE degree within two to three years. San Jose State seemed an ideal choice, for its evening MSEE courses would allow me to pursue two independent, full-time positions concurrently. The San Jose program has complimented my Xilinx duties well; both demand large levels of energy and enthusiasm while guiding me to my ultimate goal a high degree of education in VLSI sciences. The resources that I poured into both endeavors have reaped many gains. I have been promoted to a Product-Yield Engineering position within Xilinx's Coarse Grain Static Memory (CGSM) Product Engineering division. My extensive coursework plays a key role in my continued success at Xilinx. Relevant classes in advanced digital and analog VLSI design, as well as sub-micron ULSI technology, have allowed me to understand more completely the workings of Xilinx, a fab-less semiconductor company that also functions as a software and hardware design, testing, and marketing center. The gains in knowledge I have made through the combination of work experience and education have indeed been exponential. The academic records of my senior year at Purdue, coupled with my MSEE coursework, are ample proof of my dedication to learning. I feel I have overcome through hard work and dedication the brief "dry phase" I underwent at Purdue during the close of my sophomore and the first semester of my junior years. My performance at that time is in no way indicative of my usual achievements; they are instead the result of urgent family difficulties that required much foreign travel and serious attention to resolve. In May, I shall graduate with an MSEE degree from San Jose well ahead of my original estimates. This early graduation with Dean's Honors is the result of my firm belief in the value of diligence, as well as my renewed determination to strive for perfection in both work and school. I am now embarking on another five-year plan, during which I hope to fulfill several specific career goals. For instance, being part of a very dynamic and results-oriented Yield team at Xilinx calls for continuous development of computational and statistical techniques. The Yield team is divided to focus on specific process/fabrication issues and process (manufacturing) optimization. My own position is an integral part of the optimization group. Speed and cost issues continue to press high technology atmospheres towards optimization, probability and stochastic processes and systems, and rigorous simulations of mathematical models. The MS in EES&OR offered at your university will grant me the statistical knowledge that is crucial for process and production optimization in a fab-less environment. In addition, product engineering requires fundamental research on mathematical models for linear and non-linear programming, as well as the utilization of efficient computer software. I continuously employ the knowledge I gained at Purdue in Operations Research and advanced mathematics courses. Yet despite the value of these classes and my high performance in them, I now require further education to best fulfill my duties. An MS in the EES&OR field, will give me knowledge that is invaluable to a career in product development, project management and strategic planning. The program will allow me to improve decision-making skills in operations, strategy, and policy issues. I will strengthen my theory and application in countless areas:continuous, discrete, numerical optimization; probabilistic and stochastic processes; dynamic systems and simulation; economics, finance, and investment; decision analysis; dynamic programming and planning under uncertainty; operations and service; corporate and individual strategy; and private and public policy , the EES&OR program will not only help me to excel at Xilinx but will also further any future career. My commitment to work and education over the last three years proves that I will pursue this MS with enthusiasm and technical edge that the MS would provide is I will be working while attending Stanford, I shall mingle education with practical application, and bring to the table interesting problems from my experience and past education. Technical challenges encountered through projects in the EES&OR program will provide motivation and opportunity for methodological data collection, processing and presentation issues presented are integral to my future goals, and the management challenges raised will provide invaluable experience for professional practice. This will in turn build a solid foundation for a life-long career that can overcome any problem in decision-making. In addition, taking courses in economics, finance, and investment analysis will allow much growth of knowledge in investment issues in different industries. The EES&OR program thus appeals not only to my engineering, economics, science and mathematical background, but will compliment my technical abilities with the conceptual frameworks needed to analyze problems in operations, production, strategic planning, and marketing in the realm of emiconductor/IC/engineering systems. I feel that I am prepared to meet the challenges of the curriculum. My coursework in intermediate microeconomics and macroeconomics, international trade, operations research, linear algebra, and probabilistic methods, along with my extensive calculus background, will allow me to function well within the program. My long-term career goals include a move into marketing and product management. I believe that attaining this MS degree is the cornerstone to achieving my goals. It will give me the academic background necessary to succeed in product development, project management, and strategic planning. It will improve decision-making skills necessary for optimizing performance. The integration of two excellent programs in Economics Systems and Operations Research thus suits my current position and ties in with future goals perfectly by improving decision making in operations, strategy and policy. At present I desire to continue at Xilinx; attending a program that provides the flexibility and convenience of the SITN, is therefore imperative. Hence, being at Stanford as an HCP student alsoattracts me. I believe that Stanford is the best environment for me to achieve my goals while gaining exposure to and experience with a diverse student body and faculty. It is my belief that one continues to learn throughout one's life, and the most effective method of learning is through interaction with 's diversity offers an environment for learning, both inside and outside the classroom. I hope to share my varied knowledge with my classmates and to take from them a new understanding of topics that are foreign to me. I believe that no other school provides students with the combination of education and environment offered by Stanford. Its outstanding academic reputation, mingled with its diverse environment and thriving Bay Area location, creates an opportunity for growth that is second to none. I have many ambitions for myself as I embark on this stage of my life. I believe that an education from Stanford will provide invaluable experiences and skills that will allow me to become a successful and innovative business leader in the new millennium. 4Research Department of Biomedical Engineering is designed to research on and solve the bio-electrical and biomagnetic engineering problems in the field of biology and medicine with the aid of engineering principles and methods. Its main task is to explain, from perspective view of engineering, the biological and pathologic processes of the living organisms, especially human beings, and research on and develop the related medical devices and life science devices. Its research directions mainly include the modeling and emulation of the biological system, testing and analysis of biomedical signals, the biomedical imaging and processing , the biological effects of electromagnetic field and the development of artificial organs and medical devices, Bioengineering With the development and integration of electromagnetism, biology and medicine, biological electromagnetism exercises more and more influence on human life and health, environment protection and biological engineering. The research on electromagnetic bioengineering is a new research direction for IEECAS, mainly including research on rules of mutual influence between electromagnetic field and life matter, biological electromagnetic effect and its application in biology, medicine and medical equipment. At present, the research team has set up labs such as biological electromagnetic environment lab, biological electromagnetic signals & electromagnetic property testing lab, electromagnetic biological effect testing lab and biological electromagnetic simulation lab. It is equipped with various electrical and magnetic fields for experiments of biological electromagnetic effects, simulation software and biochemical experiment equipment. With such equipments, it can do biological electromagnetic experiments on live animals and detached live cells, detect, analyze and process the very weak biological electromagnetic signals, analyze and test live organism or detached cell under electromagnetic interaction with biochemical quantitative methods. The recent research work focuses on the effects 方向对不对，不知你要哪种，告诉我，我再接着找多的话email you

什么意思？要英文的？题目要汉语翻译？

银行电气设计论文题目

机电一体化的毕业设计可以选择哪些题目？

电气设计毕业论文题目

1、高压软开关充电电源硬件设计2、自动售货机控制系统的设计3、PLC控制电磁阀耐久试验系统设计4、永磁同步电动机矢量控制系统的仿真研究5、PLC在热交换控制系统设计中的应用6、颗粒包装机的PLC控制设计7、输油泵站机泵控制系统设计8、基于单片机的万年历硬件设计9、550KVGIS中隔离开关操作产生的过电压计算10、时滞网络化控制系统鲁棒控制器设计11、多路压力变送器采集系统设计12、直流电机双闭环系统硬件设计13、漏磁无损检测磁路优化设计14、光伏逆变电源设计15、胶布烘干温度控制系统的设计16、基于MATLAB的数字滤波器设计与仿真17、电镀生产线中PLC的应用18、万年历的程序设计19、变压器设计20、步进电机运动控制系统的硬件设计21、比例电磁阀驱动性能比较22、220kv变电站设计23、600A测量级电流互感器设计24、自动售货机控制中PLC的应用25、足球机器人比赛决策子系统与运动轨迹的研究26、厂区35kV变电所设计27、基于给定指标的电机设计28、电梯控制中PLC的应用29、常用变压器的结构及性能设计30、六自由度机械臂控制系统软件开发31输油泵站热媒炉PLC控制系统设计32步进电机驱动控制系统软件设计33足球机器人的视觉系统与色标分析的研究34自来水厂PLC工控系统控制站设计35永磁直流电动机磁场分析36永磁同步电动机磁场分析37应用EWB的电子表电路设计与仿真38电路与电子技术基础》之模拟电子篇CAI课件的设计39逻辑无环流直流可逆调速系统的仿真研究40机器人足球比赛图像采集与目标识别的研究41自来水厂plc工控系统操作站设计42PLC结合变频器在风机节能上的应用43交流电动机调速系统接口电路的设计44直流电动机可逆调速系统设计45西门子S7-300PLC在二氧化碳变压吸附中的应用46DMC控制器设计47电力电子电路的仿真48图像处理技术在足球机器人系统中的应用49管道缺陷长度对漏磁场分布影响的研究50生化过程优化控制方案设计51交流电动机磁场定向控制系统设计52开关电磁阀流量控制系统的硬件设计53比例电磁阀的驱动电源设计54交流电动机SVPWM控制系统设计55PLC在恒压供水控制中的应用56西门子S7-200系列PLC在搅拌器控制中的应用57基于侧抑制增强图像处理方法的研究58西门子s7-300系列plc在工业加热炉控制中的应用59西门子s7-200系列plc在电梯控制中的应用60PLC在恒压供水控制中的应用61磁悬浮系统的常规控制方法研究62建筑公司施工进度管理系统设计63网络销售数据库系统设计64生产过程设备信息管理系统的设计与实现

电气类毕业设计题目精选1、在高层建筑中怎样合理选用母线槽2、2006年第一季度机械行业产品出口情况分析3、电子技术课程设计4、微机灯光控制系统5、报警主机使用说明6、怎样为你的家庭影院挑选投影仪7、CDMA over HFC 的算法研究8、热释电红外无线报警系统9、创新实践论文－红外遥控的应用10、无线电对讲机毕业设计11、小型机组励磁整流变压器的选型与计算12、变电站综合自动化的内容和特点13、智能建筑之停车场管理系统14、浅析基本电费的两种计费方式对企业电费的影响15、谐波对电力系统的危害及预防措施16、小型断路器的发展与应用17、RCS-941A型微机输电线路保护18、微机电动机保护装置新技术19、议五星级宾馆的楼宇自控设计20、铝合金空气绝缘母线槽的研究21、电压稳定性浅析22、PC-1500机上高压送电线路电线力学计算程序23、IGBT在大功率斩波中问题的探讨24、斩波内馈调速及其功率控制原理25、CAN总线和人机界面在隧道窑控制系统中应用26、焊接技术与进步27、城市LMAS系统的优化设计与实现28、无源电力滤波装置设计方法说明29、我国高压开关行业的最新发展述评30、励磁机转子换向器片间直流电阻增大引起的电刷火花31、浅议低压电缆故障的解决方法32、变压器油高温介损值不稳定原因分析与对策33、Z元件的温度补偿技术34、测力传感器设计的应力集中原则35、集成电路引线焊接无损检测技术的研究36、天然气中压一级输配在城区内应用37、矿热炉理想熔炼模型初探38、电力系统安全稳定控制39、发展“机电一体化”的思路和对策40、密集光波分复用系统的波长测量技术41、我国光纤及光缆市场现状及走势分析42、产业构成、供需情况和整体差距43、生物传感器的研究现状及应用44、智能楼宇的电气保护与接地45、电力系统继电保护技术的现状与发展46、电子镇流器电路的改进47、小小灵活定时器的设计48、衫小功率分配器的研究49、脉冲按键电话显示逻辑电路设计50、单片智能时控器51、电子线路的电子仿真实验研究52、GAL可编程逻辑芯片的原理及应用53、用单片机自动控制录象播放的方法54、复印机逻辑控制电路设计55、数字式波形信号发生器的设计及制作56、南声5英寸出口黑白电视机电路分析与研究57、实用小功率分配器的研究58、数字式波形发生器59、潮流计算的遗传算法求解60、电力市场电价的遗传算法61、数字化电气工程实验平台模型部分62、电力系统分析的图形建模63、负荷预测的聚类预测方法研究64、电网规划中的各种不确定性信息的研究65、电力系统计算的数字化平台的实现66、调整的边际网损分摊方按对比研究67、电力系统中长期负荷预测方法68、电力系统电压稳定的研究69、基于LMI的潮流优化70、磁悬浮供电方案71、电力市场与市场管制科72、电力系统中长期负荷预测软件包开发73、电力市场中机组组合的优化算法74、电力系统组合预测模型研究75、电网规划的多目标决策模型探索76、模糊神经网络预测模型研究77、元件保护配置及定值计算78、微机保护实验平台建设79、上海电网灾变防治研究80、东北电网系统恢复方案研究81、利用双端电气量进行输电线路的故障测距82、EMTP仿真计算在变压器励磁涌流识别中的应用83、基于PMAC卡的数控系统的开发84、基于PMAC轴控卡的上位机软件系统的开发85、开发PMAC轴控卡的下位机程序86、计算机辅助电路设计87、计算机辅助电力电子保护电路设计88、计算机辅助GTO驱动电路设计89、计算机辅助GTR驱动电路设计90、计算机辅助开关电源设计91、计算机辅助电子镇流器电路设计92、基于TMS320VC5410A DSP平台的三段式电流保护的实现 93、小电流接地系统中性点接地方式分析94、基于Web的在线测试平台开发95、基于80C552的嵌入式控制器的开发96、基于Web的电路学习系统开发97、基于LabVIEW 的虚拟信号分析系统的设计与开发98、虚拟信号发生器和虚拟数字示波器的设计99、虚拟频谱分析仪和虚拟积分器,微分器的设计100、电气工程系网站设计与建设101、系网站设计及网页编写102、后台服务器端开发及数据库设计103、基于Web的电能质量监测数据管理系统的开发104、电能质量监测数据通信规约设计及实现105、复杂配电网络潮流计算及网络重构106、最优流模式配电网络重构算法研究107、支路交换算法配电网络重构研究108、主从式双CPU结构的电能质量监测仪研究109、电能质量监测仪DSP子系统设计110、电能质量监测仪单片机子系统设计111、自动跟踪型聚光光伏发电前期研究112、聚光光伏发电原理研究113、太阳光自动跟踪仪系统设计114、太阳能电站并网原理研究115、火电厂大型辅机专用变频器仿真研究116、用于交直流换流站的有源滤波器仿真研究117、基于Matlab/Simulink的新型三相切换磁通型双凸极永磁电机调速系统仿真模型研究118、电动车用定子双馈电双凸极电机的非线性建模119、风力发电实验系统研究120、基于直流电动机的大型风力机特性模拟系统开发121、风力发电实验系统的管理及通信软件开发122、双凸极永磁电机的带故障运行分析123、基于matlab的双凸极混合励磁电机调速系统的仿真研究124、基于MATLAB的定子双馈电双凸极电机控制系统的仿真125、磁悬浮技术研究126、直流无刷电机设计127、逆变控制电路设计128、永磁直线电机仿真129、直线电机控制技术研究130、磁悬浮轴承设计131、磁悬浮轴承控制电路设计132、正弦波供电条件下的硅钢片材料损耗的分析133、基于DSP的电机转子断条故障诊断装置134、DSP应用系统设计135、单片机系统及USB通信设计136、无刷直流电机控制器的设计137、超声波电机相关问题的研究138、大推力直线超声波电机的设计分析139、基于薄板面内振动的直线超声波电机的设计分析140、行波型超声波电机的力矩性能分析141、超声波电机谐振升压电路的设计142、有源功率因数校正器中的电流型控制技术143、"电机学"试题库及试卷自动生成软件144、"电机学"机考系统145、AMS永磁磁场分析146、太阳能照明灯控制器设计147、基于控制网的远程终端控制148、基于Matlab的电力传动系统仿真研究149、航空蓄电池充电器设计150、航空蓄电池充电器硬件设计和仿真151、航空蓄电池充电器控制软件设计152、高性能永磁同步电机设计153、宽调速无刷直流电机设计154、异步电机的特性仿真155、异步电机起动和制动特性的仿真和控制156、异步电机变速运行的特性仿真

一、现代机电控制技术应用方面(包括系统设计或设计、维修技术难点分析的论文)

1．土高精度大屏幕LED日历时钟

2．键多功能数显键盘制作

3．交通灯控制系统

4．电梯控制系统

5．楼宇智能监控系统

6．数字温度计

7．多温度检测系统

8．LCD数字显示体温计

二、数控技术应用方面(包括典型零件数控工艺编制或数控加工难点、数控设备维修技术分析的论文)

1．土某一副典型冲压模具数控加工工艺

1．2某一副典型塑料模具数控加工工艺

3．3某一个汽车零件数控加工工艺

4．数控车床某一种故障分析与维修维护技术

5．数控铣床某一种故障分析与维修维护技术

6．加工中心某一种故障分析与维修维护技术

7．多种数控加工技术的综合应用经验

8．数控加-ET_艺与传统工艺的结合

9．结合产学研岗位的数控技术应用的其他设计(论文)

三、机电装置方面(包括系统设计或设计、维修技术难点分析的论文)

1．土某专用机械传动系统设计

2．某农产品加工机器设计

3．某轻工产品加工机器设计

4．某专用机器技术改造

5．典型机床维修技术

机电一体化毕业论文的写作过程：

（一）选题

（二）查阅资料、列出论文提纲

题目选定后，要在指导教师指导下开展调研和进行实验，搜集、查阅有关资料，进行加工、提炼，然后列出详细的写作提纲。

（三）完成初稿

根据所列提纲，按指导教师的意见认真完成初稿。

（四）定稿

初稿须经指导教师审阅，并按其意见和要求进行修改，然后定稿。

电气设计工程论文题目

随着我国的经济和科技的不断发展，电气技术也渐渐地被人们所关注。下面是由我整理的电气技术论文题目，谢谢你的阅读。电气技术论文题目 1......浅议电气工程的质量控制和安全管理 2......浅议建筑电气工程防雷 3......浅议PLC在机床电气控制系统改造中的应用 4......机电安装工程电气施工关键工序控制与管理 5......浅议电气误操作事故的原因及对策 6......火力发电厂电气控制系统浅探 7......浅述母差保护基本原理 8......建筑电气工程电线管敷设的质量问题及防范 9......浅议高层民用建筑设计中给排水对电气专业提资要求 10.....浅议钳工一体化实习教学 11.....浅议220kV银湖变电站#2主变压器安装施工技术 12.....电气工程施工常见问题及处理 13.....新建黑龙江伊春林都机场防雷改造工程技术方案浅述 14.....浅议提高自备电厂机组利用小时的措施 15.....浅议某垃圾处理厂的电气与自控设计 16.....浅议我国大型水电机组的发展 17.....浅谈电气工程师的作用 18.....浅谈装修工程中电气施工质量控制要点 19.....电气工程及其自动化专业规范研究 20.....浅议变电站设备检修 21.....学习新《安规》的几点初浅体会 22.....电气工程的管理措施研究 23.....浅议汽轮机组的振动故障和处理、保护措施 24.....电气工程与自动化学院介绍(一) 25.....浅议继电保护装置改进后的运行 26.....浅淡10kV配电网建设与改造方案 27.....永磁电机制造关键工艺浅议电气技术论文浅谈电气施工技术摘要：建筑工程的机电安装是施工工程的重要组成部分，并且贯穿于整个建筑工程施工的各个阶段当中。通过介绍电气工程的施工内容，阐述了各个分部公司的施工方法，重点说明了关键工序的主要细节及控制措施。关键词：电气工程;施工技术;质量措施在建筑工程当中，机电安装工程是关键的技术环节，其施工主要包括电气工程、空调和暖通工程、建筑消防工程、弱电工程等具体形式的施工。而这些具体的机电施工，都需要从施工的设备和技术材料的统筹、采购、安装、调试、试运行及竣工后的验收活动等几个步骤进行安排。而每个施工的环节，都会牵扯到技术和质量的有效控制。因此，建筑工程机电施工的整体质量，将直接影响到整个建筑工程的质量，对电气工程的施工技术进行总结，用于指导施工很有意义。 1 施工准备工作在进行建筑工程机电安装施工工程之前，针对此工程施工对象的基本要求和特点，并根据需要，组织与工程有关的相关部门，并按照部门的设置为其选择部门的管理人员，然后根据图纸绘制的设计要求，派技术人员、管理人员进入施工现场进行工作的交接，并根据人员设置和工程的具体情况，进行施工场所的平面布置和平面规划，更有效的管理和监督施工的工作人员严格按照施工计划和施工图纸进行合理施工。 2 电气工程电气工程技术特征建筑工程电气工程施工一般包括高压变电系统、低压配电系统、后备供电系统、照明供电系统、消防控制系统设备、应急的出口指示供电系统、停车场等各个单位的强电供电系统和建筑智能控制、防雷接地等弱电系统。在电气工程施工之前，需要做好一系列的准备工作，比如技术人员和管理人员分配问题、施工设备和施工材料的合理配置、施工图纸、设计和施工资料等方面。对结构造型及预埋管线完成线面标定，按照预先做好的电气专业管线图预留和预埋电气管线，利用专业的技术和工艺进行开线槽、桥架穿越楼板、剪力墙处开孔洞处理以及防雷设备的接地焊接。在土建中进行底板结构施工、电气工程在连接时，一般会采用镀锌的电线管丝扣进行连接，并在各个环节要严格按照建筑安装工艺技术的标准和要求要求进行安装工作。在墙壁的内部暗敷管线，需要从楼板引上或引下，这是需要处理各种墙壁出现的问题。而在对墙壁进行砌体时，首先要保证终端线盒的定位满足图纸的设计要求，并按照相关规定和业主的要求进行相应操作。在完成砌体后，线盒的位置与尺寸将不能改正，所以砌体钱需要充分统筹，而且最好能一次性准确恰当的完成。接着，由于很多工程环节也会有打孔工作，所以需要作好建筑外部明显的标记，避免其他打孔活动会损坏管线。在安装电气的管线后需要进行整齐排列，管理对支架的牢固程度和管卡的均匀程度，注意线管的弯曲半径、电缆管的半径标准，而且要注意保护关口成喇叭形状，注意关口边缘的光滑程度。在电缆穿管之后，要进行密封。 3 电源电路在建筑工程的施工过程当中，对于天花的布置和设计，首先应该充分地考虑到灯具所具有的的照明的效果。除了在设计上要符合使用者需要并注重其外观的美观大方外，在进行其相应的安装环节之前，首先应该合理布置和安排照明的灯具、风口、消防的喷头，并且灯具要坚持在风管的下面进行安装。对于一些具有特殊要求等方面的特殊灯具，需要进行密封处理，才能保证灯具功能的发挥。在线路问题上，一般采用镀锌钢管、防水线盒进行敷设。所有建筑场所的开关、插座、疏散等局的安装都需要符合设计高度并保持一致美观。线路的检测和调试电气工程在线路测试与调试包括：低压配电柜屏、动力设备、照明设备与控制设备的一、二次回路的各项电参数测试，有对地绝缘电阻、线路通断、控制器灵敏度调试及继电保护装置检测调试，各项检验与调试必须严格按设备安规与使用说明进行。 4 空调电气系统鉴于暖通空调系统在机电安装施工中的重要性，除了在技术更新上实现节能降耗外，工程建设业主单位还必须加强多方面的综合管理，全面提升建筑电气工程施工的质量。结合自身的施工经验，现提出优化机电安装施工的综合策略。优化设计。暖通空调系统是一项复杂性的机电结构，在安装之前必须做好多方面的设计评估，对机电设备的结构形式进行优化改进。设计阶段发现任何异常问题时，都必须对安装施工方案加以改进，这样才能为后期施工创造有利条件。暖通空调系统需对于每个器件的设计给予重视。优化功能。施工单位要对建筑物本身质量实施优化处理，不断提高建筑自身的使用性能为机电安装施工带来便利。暖通空调节能效果的实现要借助于建筑内部功能的优化，这是现代暖通空调系统正常运行的保证。建筑功能优化可借助保温技术、节能技术等方面调整，这对于机电安装是很有利的。优化产品。机电安装施工技术调整之后，工程建设业主单位必须严格把关机电设备的质量，对暖通空调设备采取严格的质量审核制度。如此一来，不仅能避免因设备质量问题而影响到机电装置的运行，还能防止暖通空调系统出现各种质量问题，保证了机电安装施工的有序开展。 5 弱电系统弱电系统主要包含综合布线、计算机网络系统、数字有线电视系统、语音程控交换系统、安防系统、背景音乐 / 消防广播系统、多媒体会议系统、前台公共信息发布系统、防雷接地和 UPS 电源系统等建筑智能化系统以及消防自动警报的系统等。随着科技的发展，业主对软垫系统的功能要求越来越细致和先进，所以，在进行配置的功能主机模块的选择当中中，要坚持选择技术成熟且先进的品牌产品为先导，在进行综合布线施工工作中，要注意线管材质，一般来说，选用 KBG类金属管子，并有效地做好接地防护工作，注意强电线管间的规范间距问题，这在很大程度上能有效地防止回路干扰的影响。 6 结语综上所述，电气工程非常重要，需加强技术质量管理，重视施工技术的运用与总结，提高质量把控能力，重视施工工序，确保电气工程的整体质量。参考文献： [1] 叶卫军.建筑工程机电安装施工技术管理浅析[J].科技传播，2011(2). [2] 小军.中小型水电站机电安装工程预埋阶段监理对质量的控制[M].水电站设计，2010(3). [3] 邓怀智，郗艳梅 .设备安装工程与土建工程的施工配合策略浅析[J]河北工程技术高等专科学校学报 [4]庄贤才，蔡蔚，魏晓斌，尧靖秋.浅谈建筑智能化系统工程督导管理[J].智能建筑.2008(4). 作者简介：张利勇()，男，身份证号码4107278，从事施工管理。看了“电气技术论文题目”的人还看： 1. 电气专业论文范文 2. 电气工程前沿技术论文 3. 电气工程方面的论文 4. 电气自动化技术论文范文 5. 电子技术论文题目

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电力是发展生产和提高人类生活水平的重要物质基础，电力的应用在不断深化和发展，电气自动化是国民经济和人民生活现代化的重要标志。学术堂整理了十五个电气工程论文题目供大家进行参考：1、短路电流计算曲线的算法研究及与IEC短路电流计算法的对比2、计算曲线法用于大容量机组短路电流计算的评估3、崇明电网配置低压减载装置的必要性和可行性研究4、电压稳定计算中配网模型的研究5、上海电网电压稳定极限运行能力分析6、发电机励磁系统模型对短路电流计算结果的影响7、联络线功率对上海电网电压稳定极限运行的影响8、采用“干预法”估计谐波阻抗9、波过程试验装置的研制10、直流电源中可控硅控制电路的设计11、应用于波过程试验装置的频率可调方波发生器的研制12、水位测量仪的液晶显示器电路的设计13、基于R232、R485的无线数据通信系统的设计14、直流电源中脉冲宽度控制电路的设计15、红外温度测试系统中数据采集电路的设计