钢结构的材料与计算方法（Materials and calculation methods of steel structures）.doc

钢结构的材料与计算方法（Materials and calculation methods of steel structures） Materials and calculation method of steel structure.Txt33 learn tolerance, means growth, show the wood can absorb more sun Fenghua, stretch strong and more mature power. Endurance is a significant hill dew clinging; a fear of wind defying rain perseverance; is not a title not mercenary loyalty. This paper contributed by chuchuchukan. PPT document may at the WAP end of the browsing experience poor. Suggest you select TXT, or download the source file to the machine view. Sixteen Materials and calculation method of steel structure The summary of this chapter This chapter focuses on the steel mechanical properties, chemical composition, this chapter focuses on the selection of mechanical properties, chemical composition, steel steel and steel structure design method, selection of steel and steel structure design method, master the following contents in the learning process: to master the following contents: (1) the understand the application and development of the characteristics of steel structures, too) to understand the process and trend of the characteristics of steel structures, and the trend of history;; (2) the stress of a tensile test method and steel Master) have a tensile test method and the steel stress strain curve; stress-strain curve; (3) master the mechanical properties and chemical composition of the steel;) master the mechanical properties and chemical composition of steel; (4) master the selection method of steel; the master) selection method of steel; (5) to master the design method of steel structure). Master the design method of steel structure. The contents of this chapter Effect of chemical composition and mechanical properties, 16.1 steel structure steel structure application scope and characteristics, 16.2 steel 16.3 other factors on the properties of steel 16.4 varieties of steel and the selection of 16.5 design methods of steel structure and design index 16.1 steel structure f