本文主要是对某中学的教学楼进行装配式建筑设计，采用GSRevit进行计

本文主要是对某中学的教学楼进行装配式建筑设计，采用GSRevit进行计算、建模以及分析。根据相应的规范和准则，进行教学楼的结构布置和分析，建立三维信息结构模型，通过输入设计信息和计算荷载，完成结构的计算分析。并细化装配式建筑的连接节点的设计，包括预制柱与主钢梁节点的连接，主次钢梁节点的连接，同时对预制楼梯和叠合板进行深化设计，输出相应的图纸。对相应的结构进行配筋设计，并使其配筋率达到规范的要求。最后确定基础形式，并输出相关基础计算的内容！

本文主要是对某中学的教学楼进行装配式建筑设计，采用GSRevit进行计算、建模以及分析。 根据相应的规范和准则，进行教学楼的结构布置和分析，建立三维信息结构模型，通过输入设计信息和计算荷载，完成结构的计算分析。 并细化装配式建筑的连接节点的设计，包括预制柱与主钢梁节点的连接，主次钢梁节点的连接，同时对预制楼梯和叠合板进行深化设计，输出相应的图纸。 对相应的结构进行配筋设计，并使其配筋率达到规范的要求。 最后确定基础形式，并输出相关基础计算的内容！

This paper is mainly about the prefabricated architectural design of a middle school teaching building, using gsrevit for calculation, modeling and analysis. According to the corresponding norms and criteria, the structural layout and analysis of the teaching building are carried out, and the three-dimensional information structure model is established. The calculation and analysis of the structure is completed by inputting the design information and calculating the load. And refine the design of connection node of assembly type building, including the connection of precast column and main steel beam node, the connection of primary and secondary steel beam node, at the same time, deepen the design of precast stairs and laminated plate, and output the corresponding drawings. The corresponding structure reinforcement design, and make its reinforcement ratio to meet the requirements of the specification. Finally, determine the basic form, and output the content of relevant basic calculation!<br>