酚醛树脂反应罐的设计+CAD图纸
本课程设计题目是夹套反应釜，该设备是由筒体、夹套、搅拌轴、减速器和电动机等组成。本设计详细的论证了筒体直径、筒体厚度、筒体的高度设计，材料的选择以及强度、稳定性校核。本设计还涉及到夹套的选择，夹套厚度的计算；从多个角度分成十章分别对釜体厚度、釜体封头以及电机的选择，机架的设计，以及对应的凸缘、联轴器的选择方面做了详细的介绍。本设计中还对法兰、管法兰的选取做了详尽的介绍。本设计选用的是皮带传动，设计中对皮带的选择做了详尽的介绍。设计中参数选取恰到好处，不仅满足了设备的设计要求，而且使设备的操作弹性变大，运行质量得到了保证。
毕业论文关键词： 夹套反应釜；搅拌装置；酚醛树脂；机械设计；反应罐
The design of the Phenolic resin reaction tank
Abstract:Jacketed reactor tank and jacketed two parts, mainly consists of cylinder head and more for the medium and low pressure vessel;Stirring device of stirrer and stirring shaft, its form is usually by the process and decide;Set of drive device, transmission device is mainly include motor, reducer, coupling and the shaft, etc;Shaft sealing device for dynamic seal, generally USES mechanical seals or packing seal;Them with the pedestal, manhole, process took over, such as the attachments form a complete set of reaction kettle.This course design topic is jacketed reaction kettle, the device is composed of barrel, jacket, and stirring shaft, gear reducer and motor, etc.This design detailed demonstrates the cylinder diameter, cylinder thickness, the height of the cylinder design, material selection, strength and stability checking.
This design involves the choice of the jacket, the jacket thickness calculation;Divided into ten chapters, respectively from multiple angles of the kettle body thickness, kettle body, head, and the choice of motor, the design of the frame, as well as the corresponding flange, the selection of coupling is introduced in detail.This design also detail the selection of flange, pipe flange is introduced.In the design of this design is selection of belt transmission, the selection of belt made detailed introduction.Selecting proper design parameters, not only meets the design requirements of the equipment, and make the equipment is large elasticity of operation, running quality guarantee.
KeyWords: Jacketed reactor; Stirring apparatus; Machine design; Phenolic resin; Reaction tank
目 录
1绪论 1
1.1课题介绍 1
1.2课题研究的意义 1
1.2.1 酚醛树脂的使用意义 1
1.2.2 发展反应釜的意义 1
1.3国内外反应釜技术的研究进展与主要成果 2
1.3.1 反应釜搅拌系统的发展 2
1.3.2 反应釜轴封技术的发展补充内容 3
1.3.3 搅拌反应釜的数值模拟 4
1.4 反应釜的发展趋势 5
1.4课题研究的内容 6
2罐体和夹套设计 7
2.1 罐体和夹套的结构设计 7
2.2 罐体几何尺寸计算 7
2.3 夹套几何尺寸计算 9
3 夹套反应釜的强度计算 10
3.1 强度计算的原则及依据 10