m3液化石油气储罐设计

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1、目录封面··································································1目录··································································2封皮··································································3任务说明·······························································4封面···

2、·······························································6第一章、工艺设计····················································71.压力容器存储量·········································72.压力计算···············································8第二章、机械设计············································

3、··········8[键入文字]目录封面··································································1目录··································································2封皮··································································3任务说明····················································

4、···········4封面··································································6第一章、工艺设计····················································71.压力容器存储量·········································72.压力计算···············································8第二章、机械设计···························

5、···························8[键入文字]1、结构设计·························································8⑴、筒体和封头的设计·····································8⑵、接管与接管法兰设计···································8⑶、人孔、补强、液面计及安全阀的设计···················11⑷、鞍座的设计······································12⑸、焊

6、接头设计·····································14第三章、强度计算校核················································151、内压圆筒校核······································162、左封头计算校核···········································173、右封头计算校核···········································184、鞍座校核·················

7、······················19[键入文字]5、各种接口补强校核·········································206、各种法兰校核············································21参考资料·····························································22设计感想·····························································23中北大学课程设计任务书

8、2009/2010学年第二学期学院：机械工程与自动化