本设计主要包括建筑设计和结构设计两部分。建筑部分主要根据任务书要求，结

This design mainly includes two parts: architectural design and structural design. The architectural part is mainly based on the requirements of the mission statement, combined with the use function of the building, the fire evacuation requirements and the humanization of the building, to design the architectural plan. 1. Perform functional zoning; 2. Perform spatial combination; 3. Draw architectural construction drawings. The structural design part includes structural layout, internal force calculation, load effect combination and section design. This design mainly carried out the structural design of the third horizontal frame in the structural scheme. After determining the plane layout of the frame, first of all, the vertical loads are collected, the horizontal wind load and the horizontal earthquake action are calculated, the lateral displacement and internal force under the horizontal wind load are calculated by the D value method, and the secondary distribution method of bending moment is used The internal force of the structure under vertical load is calculated. Then the load effect combination of the lasting design situation is selected, and the most unfavorable result is selected for the calculation of the reinforcement of the frame beam and frame column section. In addition, the PKPM design software is used to calculate and verify the frame, and finally the stairs, slabs, foundation Designed.

This design mainly includes architectural design and structural design. The building part is mainly based on the mission letter requirements, combined with the use of building functions, fire evacuation requirements and building humanization of the building design. First, the functional zoning; Structural design part, including structural arrangement, internal force calculation, load effect combination and cross-sectional design. This design mainly designs the horizontal 3rd frame in the structural scheme. After determining the arrangement of the frame plan, first of all, the vertical load is collected, the horizontal wind load and the horizontal seismic effect are calculated, the side shift and internal force under the effect of horizontal wind load are calculated by D-value method, and the structural internal force under the vertical load action is calculated by the bending moment secondary distribution method. Then the long-lasting design condition is combined with load effect, the most adverse result is selected for the band calculation of frame beam and frame column cross-section, in addition to using PKPM design software to calculate the calculation of a frame, and finally the stairs, boards and foundations are designed.

This design mainly includes two parts: Architectural Design and structural design. The architectural part is mainly designed according to the requirements of the mission statement, combined with the building use function, fire evacuation requirements and building humanization. 1、 Carry out functional zoning; 2. Carry out spatial combination; 3. Draw construction drawings. The structure design part includes structure layout, internal force calculation, load effect combination and section design. In this design, the third transverse frame is designed. After determining the plane layout of the frame, the vertical load is firstly collected, the horizontal wind load and the horizontal seismic action are calculated, the lateral displacement and internal force under the horizontal wind load are calculated by the D-value method, and the structural internal force under the vertical load is calculated by the secondary distribution method of bending moment. Then the load effect combination is carried out for the persistent design condition, and the most unfavorable results are selected for the reinforcement calculation of the frame beam and frame column sections. In addition, PKPM design software is used to check the computer calculation of a frame, and finally the stairs, plates and foundations are designed.