Solidworks车载外能源机枪设计+文献综述
关键词：外能源 车载机枪 自动武器 Solidworks建模 AutoCAD二文图绘制
毕业设计说明书（论文）外文摘要
The design of machine gun overall vehicle drived by external energy
The graduation project topic is the design of machine gun overall vehicle drived by external energy. Machine gun drived by external energy use automatic machines work outside the energy-driven vehicle machine gun weapon, major equipmented in armored vehicles, tanks and other vehicles, the main target of enemy personnel and light armored targets. The overall program than to determine the energy-driven basis, followed feasible and reliable principle, chose to motor driven piston rod mechanism to drive the automatic mode automatic machine reciprocate; chose improvement over the lockout chip lockout time to solve the problem deflection-type locking mechanism; supply chain Ramming for organizations to adopt bomb bomb, bomb bodies into the two-way; retirement housing agencies use squeeze back shell body; firing mechanism for the electric switch; firing mechanism for the hammer translational; muzzle device is tin retirement system. This design has collected information from, the idea of the specific structure of the program to draw a total lasted nearly six months, completed the overall program design and barrel, the locking mechanism for the bomb mechanism, firing mechanism, back shell body, muzzle important part of the retirement system, receiver, sights such as design, completed the size and strength check calculation. And using Solidworks and AutoCAD software for the entire two gun model design, layout and overall structure of the various important parts are drawn three-dimensional and two-dimensional diagram in Fig.
Keywords: machine gun ;automatic weapon ; external energy ; AutoCAD ; Solidworks;overall vehicle
目录
1引言••1
1.1外能源车载机枪的战术性能特点1
1.2国内外外能源机枪的发展状况••2
1.2.1国外外能源机枪的发展状况••2
1.2.2国内外能源机枪的发展3
1.3车载外能源机枪设计中的一些问题•3
2.总体方案设计4
2.1枪械结构布置特点5
3枪管设计•6
3.1枪管外部结构设计6
3.1.1枪管外形6
3.1.2枪管与机匣的联接•6
3.2枪管内膛结构设计7
3.2.1弹膛设计7
3.2.2坡膛设计••10
3.2.3线膛设计••10
3.3枪管管壁强度设计••11
3.3.1内弹道P-T曲线••12
3.3.2枪管内壁的应力与应变••12
3.3.3枪管的强度极限••13
4闭锁机构14
4.1闭锁机构的结构设计15
4.2闭锁机构的强度设计18
5供输弹机构设计19
5.1弹链射击•19
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