As for tank shell construction of large capacity, wind power lift-up method is adopted for its simpleness, maneuverability and economy.
对于大容积的罐体施工，采用风力顶升法，具有简单、易操作和较好经济性。
Based on function analysis, an improvement method is put forward for bearing shell construction design. An integral machining is realized technologically.
通过分析轴承壳体的功能和作用，对轴承壳体的结构设计提出了改进方法，并从工艺上实现了轴承壳体的一体化加工。
Description is made in detail from the aspects of tank shell construction design, design and selection for main parts and configuration of seal protection system etc.
从罐体结构设计、主要元器件的设计和选用、密封保护系统的配置等方面进行了较详细阐述。
Description is made in detail from the aspects of tank shell construction design, design and selection for main parts and configuration of seal protection system etc.
从罐体结构设计、主要元器件的设计和选用、密封保护系统的配置等方面进行了较详细阐述。
应用推荐