In recent 20 years, fatal accidents mainly caused by vibration have occurred one after another, causing huge economic losses. In addition, vibration is still a new power grid for large units, the main crew members in normal operation are working normally, continuous vibration problems affect normal production, units often reduce load and get sick during operation, and even units are forced to stand. These incidents are not uncommon. Based on LabVIEW virtual instrument software platform, the system reads the vibration signal of steam turbine in the window, and carries out frequency spectrum analysis and correlation analysis. LabVIEW virtual instrument is a universal computer hardware core platform, which is defined by users and has a virtual front panel. The test function comes from the test software of computer equipment system. The system completes the reading of steam turbine vibration signal, the selection of signal rectangular window Hanning window and Hamming window, and then the amplitude spectrum, power spectrum and phase spectrum of the signal are analyzed and correlated, and the operation is carried out by graphics and display interface. The running results of the system show that the system can complete signal reading, three-window function, dynamic analysis of various options and graphical display of results.
Professional Prospect This major takes the discipline of engineering thermophysics as the main theoretical basis, takes the developing new power machinery and systems such as internal combustion engines as the research object, and uses the knowledge and contents of engineering mechanics, mechanical engineering, automatic control, computer, environmental science, microelectronics technology and other disciplines to study the basic laws and processes of how to safely, efficiently, and with low (or no pollution) pollution to convert chemical energy of fuel and kinetic energy of liquid into power, as well as the automatic control technology of systems and equipment in the conversion process. With the increasing shortage of conventional energy and the increasing awareness of human environmental protection, energy saving, high efficiency, reducing or eliminating pollution emissions, and developing new energy and other renewable energy sources have become important tasks of this discipline, which are widely used in many fields such as energy, transportation, automobiles, ships, electric power, aerospace engineering, agricultural engineering and environmental science, and play an increasingly important role in various sectors of the national economy. Training objectives This major aims to train senior engineering and technical personnel who have the basic theory, knowledge and skills of thermal energy and power engineering and can engage in the design, manufacture, management, teaching and scientific research of new power machinery and equipment such as heat engines in various departments of the national economy. Cultivating characteristics This major not only strengthens students' basic theory and comprehensive quality education, but also strengthens the application of computer and automatic control technology, strengthens professional practice teaching, pays attention to all-round training, and comprehensively improves students' practical ability and scientific research potential, so that graduates have strong job-hunting competitiveness and broad employment adaptability. The main courses include mechanical drawing, mechanical principle, mechanical design, theoretical mechanics, material mechanics, engineering materials, electrical technology, electronic technology, computer software foundation, hydraulic technology, hydraulic transmission, internal combustion engine structure, internal combustion engine principle, internal combustion engine design, internal combustion engine test, engine electronic technology, engineering thermodynamics, fluid mechanics, heat transfer, automatic control theory, modern testing technology and so on. Employment orientation After graduation, I can engage in energy and power equipment management, research and development of internal combustion engines and new power equipment, emission control of internal combustion engines, new energy utilization, automobile industry, weapons industry, environmental protection industry, transportation industry, ships, electric power, aerospace industry, etc.
The main works of Outlook are mainly based on the hot spots in physics, with internal combustion engines and other developing new machinery and power systems as the research objects, using the knowledge of engineering mechanics, mechanical engineering, automation, computer, environmental science, microelectronics and other disciplines to study how to convert chemical energy fuels and liquid kinetic energy into safe, efficient and low (or pollution-free) electricity, and to study the basic laws and automatic control systems and equipment technologies in the conversion process. With the increasing shortage of conventional energy and the increasing awareness of human environmental protection, it has become an important task to save energy, reduce or eliminate pollution and emissions, and develop new energy and other renewable energy. This topic has been widely used in many fields such as energy, transportation, automobiles, ships, electric power, aerospace engineering, agricultural engineering and environmental science, and plays an increasingly important role in the national economy. Training objectives: To train senior engineering and technical personnel who have the basic theory, knowledge and skills in major aspects of major thermal power engineering direction and can engage in the design, manufacture, management, teaching and scientific research of new thermal power machinery and equipment in various departments of the national economy. While strengthening the education of basic theory and comprehensive quality, we should strengthen the cultivation of professional characteristics of computer and automatic control technology, strengthen professional practice teaching, pay attention to all aspects of training, enhance students' comprehensive practical ability and scientific research potential, and make graduates have strong competitiveness and wide adaptability of employment choices. Main courses of mechanical drawing, mechanical principle, mechanical design, theoretical mechanics, material mechanics, engineering materials, electrical technology, electronic technology, computer software foundation, hydraulic technology, hydraulic transmission, internal combustion engine structure, internal combustion engine principle, internal combustion engine design, internal combustion engine test, engine electronic technology, engineering thermodynamics, fluid mechanics, heat transfer, automatic control theory and modern testing technology. After graduation, employment can be engaged in energy and power equipment direction, administration, new development of internal combustion engine and power equipment, emission control of internal combustion engine, new energy utilization, automobile industry, weapons industry, industrial environmental protection, transportation, ships, electric power, aerospace and other industrial posts.
Motor vehicles are not the only air polluters. Coal and oil used for heating in homes and factories and generating electricity contain a small amount of sulfur. When fuel is burned, it will produce toxic gas sulfur dioxide. Irritating to the lungs. Some cities have passed laws that only allow coal and oil to burn with low sulfur content.
Cars are not the only air pollution. Coal and oil used for home heating and factories can generate electricity and contain a small amount of sulfur. When fuel is burned, it will produce toxic gas sulfur dioxide. Irritating to the lungs. Some cities have passed laws that only allow coal and oil to have low sulfur content when burned.
Most electricity is generated by steam turbines. About half of the sulfur dioxide in the air comes from burning fuel to make steam. Nuclear power plants do not burn fuel, so there is no ordinary air pollution. However, radioactive materials in these nuclear power plants may bring danger in accidents. In addition, it is also a problem to treat radioactive waste in a way that does not harm the environment.
Most of the electricity is generated by steam turbines. About sulfur dioxide in the air, half of the steam comes from fuel combustion. Nuclear power plants do not burn fuel, so there is no general air pollution. However, radioactive substances in these factories may cause unexpected dangers. In addition, there is a problem that radioactive waste will be treated in a way that will not harm the environment.
Another type of pollution, called thermal pollution, is caused by fuel combustion and nuclear power plants. Both need a lot of cold water, which cools the steam and warms it at the same time. When it returns to the river, warm water may stimulate the growth of weeds. It may also kill fish and their eggs, or interfere with their growth.
Another type of pollution, called thermal pollution, is caused by fuel combustion and nuclear power plants. Both sides need cold water. Cold water is warm because it is cooled by a lot of steam. Back to the river, warm water will stimulate the growth of weeds. It can also kill fish, their eggs or interfere with their growth.
Physicists are studying new ways to generate electricity, which may cause less damage to the environment. At the same time, many power plants are undergoing modernization to reduce the emission of pollutants. In addition, engineers try to design and locate new power plants to minimize the damage to the environment.
Physicists are studying new methods of generating electricity that are less harmful to the environment. At the same time, many power plants are also undergoing modernization to reduce pollutants. In addition, engineers try to design and find a new power plant with the least damage to the environment.
thermal energy and power engineering
This major trains senior talents who not only master the basic theoretical knowledge and calculation skills of thermal energy and power engineering, but also need economic management knowledge and ability in various forms of power plants, refrigeration and air conditioning, and new energy-related fields, and can engage in the application, research, development and management of science and technology in related fields of power industry. According to the national construction and talent demand, the major directions include: thermal power engineering, centralized control operation of power plants, refrigeration and air conditioning engineering, gas power engineering, advanced energy engineering, etc.
Main courses: theoretical mechanics, material mechanics, engineering thermodynamics, engineering fluid mechanics, heat transfer, steam turbine principle, boiler principle, thermal power plant, pump and fan, automatic control theory, motor learning, circuit theory, control system, unit operation principle, thermal process detection technology, engineering graphics, mechanical design foundation, electrical technology foundation, electronic technology foundation, refrigeration and low temperature principle, refrigeration compressor, refrigeration automation. Gas turbine principle, gas-steam combined cycle power plant, gas turbine combined cycle operation and maintenance, theoretical basis of nuclear reactor, nuclear system and maintenance, pressurized water reactor nuclear power plant system and equipment, wind power generation principle, specialized courses.
Employment destination: large modern power enterprises, power equipment manufacturing enterprises and energy enterprises engaged in production, operation and management, government departments at all levels and institutions engaged in energy, electric power, energy conservation and environmental protection planning, design, construction, operation, consultation and supervision; Wait a minute. Research institutes and universities in research and development, teaching and management related to energy and electricity.