1. What is the major of ammunition engineering and explosion technology?
ammunition engineering and explosion technology mainly studies basic knowledge and skills in ammunition engineering, explosion and security technology, and civilian project blasting , and conducts military ammunition engineering or civilian blasting project , etc. For example: analysis and design of ammunition systems for weapons such as pistols and shells, experimental testing of ammunition power, design of blasting operations during demolition of buildings, etc.
Ammunition Engineering and Explosion Technology are majoring in weapons. The basic study period is four years, and the bachelor's degree in engineering is awarded . This major aims to cultivate basic theories and basic knowledge in ammunition engineering, explosion and safety technology, as well as civil mechanical engineering and engineering blasting, be familiar with the principles, methods and limitations of modern instruments, information technology tools, engineering tools and simulation software commonly used in ammunition engineering and explosion technology major, understand technical standards, intellectual property rights, industrial policies and laws and regulations related to the fields related to ammunition engineering and explosion technology, and have basic abilities in system analysis and comprehensive engineering design and manufacturing, computer application , and testing and testing. After graduation, senior engineering technical talents who can engage in system design, technology development, product manufacturing, experimental testing and scientific and technological management in relevant scientific research institutions, universities, production enterprises and management departments.
2. What should I learn in ammunition engineering and explosion technology?
Example 1 ( Beijing Institute of Technology ): theoretical mechanics, material mechanics , circuit analysis basics, circuit analysis basic experiment, digital electronic technology basic experiment, analog electronic technology basic experiment, analog electronic technology basic experiment, design and manufacturing foundation II, basic training of manufacturing technology, engineering fluid mechanics, elastic mechanics, explosion and impact dynamics, introduction to ammunition, end point effect, dynamic testing technology, ballistics , ammunition engineering design, explosion technology and application, etc.
Example 2 ( North University ): Introduction to weapons, aerodynamics of ammunition, ballistics, explosion mechanics, projectile design theory, ammunition end effect, ammunition manufacturing technology, solid rocket engine principle, rocket design, explosive charge technology, modern ammunition design method, industrial explosive , engineering blasting technology foundation, detonating equipment, blasting safety technology and management, etc.
Example 3 ( Nanjing University of Science and Technology ): theoretical mechanics, material mechanics, engineering graphics, mechanical design basics, control engineering basics, ballistics, introduction to ammunition, explosive mechanics, ammunition end effect, ammunition design theory, ammunition guidance and control system, etc.
Example 4 ( Anhui University of Technology ): Inorganic and analytical chemistry, organic chemistry, physical chemistry, chemical principles, explosive explosion theory, explosive chemistry and manufacturing, engineering blasting technology, detonation equipment, explosion testing technology, explosive mechanics foundation, explosion safety technology and management, combustion theory, etc.
3. What are the majors in ammunition engineering and explosion technology? After graduation, students majoring in ammunition engineering and explosion technology can engage in overall ammunition design, technology development, product development, experimental testing and scientific and technological management in relevant national departments, scientific research institutes, universities, troops, enterprises and management departments, and can also engage in scientific research and technical development in relevant civil engineering technology fields.
