钢结构教学大纲（Steel structure syllabus）.doc

钢结构教学大纲（Steel structure syllabus） (a) introduction 2 hours The characteristics and application of 1. steel structure. Consisting of 2. steel structure. 3. calculation methods of steel structure. Specification for design of steel structure 4. (two) the steel structure and the performance of 3 hours The mechanical properties of 1. steel The 2. main factors affecting the performance of steel Brittle fracture of 3. steel 4. selection of steel, steel and steel. 5. steel and steel plate (three) the design method of steel structure for 1 hours 1. basic requirements of Chinas steel structure design method (four) the weld connection of steel structure in 6 hours 1. commonly used connection method of steel structure and its characteristics 2. weld connections overview The structure and calculation of 3. butt weld 4. construction and calculation of fillet weld 5. welding residual stress and welding residual deformation. (five) the bolt connection of steel structure in 5 hours 1. requirements of bolt arrangement and structure The working performance of 2. common bolt connection The calculation of 3. ordinary bolt connection The performance and calculation of 4. high strength bolt connection (six) the axis force member 12 hours 1. axis force member application and section form 2. axial force performance and calculation of tension member Three Mechanical behavior of axial compression members The overall stability of 4. solid axis compression member The local stability of 5. axial compression members The design of 6. lattice type axial compression member The design of 7. hinged hinged column and the stigma (seven) flexural beam 14 hours The type and application and calculate the content of 1. beams 2. calculation of the intensity of the beam The overall stability of 3. beams The design of type 4. steel The 5. section design of beam welding 6. calculation of flange weld The local stability of beam 7. The design of 8. beam web stiffener 9. beam stitching and stitching factory site.