摘 要本设计为钢筋混凝土框架结构设计，建筑层数为 6 层，高度为 18

Abstract <br>This design is a reinforced concrete frame structure design with 6 floors, 18.75m height, and an area of <br>5191.8m². Project name: Henan Agricultural University 4# dormitory building and structure design; first select the axis frame for analysis, Calculate the size of the beam, slab and column section, calculate the constant live load and the internal force of the frame under the constant live load; secondly, analyze the horizontal load to calculate the internal force under the horizontal load of the frame; again, calculate the constant live load and horizontal load The internal force of the frame is combined to find the control load to calculate the reinforcement of the cross-section beams and columns; finally, the reinforcement calculation of the floor, stairs and foundation is performed. <br><br>Keywords: frame structure, horizontal load, internal force, combined foundation

Abstract<br>This design is a reinforced concrete frame structure design, the number of building layers is 6 floors, the height is 18.75m, the area is<br>5191.8m 2, project name: Henan Agricultural University 4- dormitory building architecture and structural榀 design The frame force is analyzed horizontally, the internal force under the horizontal load of the frame is calculated, the internal force combination of the framework force of the constant active load and the horizontal load is again carried out, the control load is found to carry out the rib calculation of the cross-sectional beam column, and the rib calculation is carried out on its floor, stairs and foundation.<br><br>Keywords: frame structure horizontal load internal force combination foundation

Abstract<br>This design is reinforced concrete frame structure design, the building has 6 floors, the height is 18.75m, the area is<br>5191.8m ²， Project Name: Architectural and structural design of No.4 dormitory building of Henan Agricultural University; Firstly, the fifth axis frame is selected for analysis, and the section size of beam, slab and column is initially calculated, and the dead live load and the internal force of the frame under the action of dead live load are calculated; Secondly, the horizontal load is analyzed to calculate the internal force of the frame under the horizontal load; Thirdly, the internal forces of the frame under the constant live load and horizontal load are combined to find the control load and calculate the reinforcement of the beam and column; Finally, the floor, stairs and foundation reinforcement calculation.<br>Key words: frame structure, horizontal load, internal force, composite foundation<br>