What Is a Steel Frame?
This book is "Steel Frame" and consists of eleven chapters. The first five chapters are theoretical parts, the first and second chapters are materials, loads, and design principles; the third and fourth chapters are design calculations of beams and columns; the fifth chapter is component connection structure and calculation; It is a practical structural part, which is a detailed introduction of the equipment support, operating platform and tower platform; Chapters 9 and 10 are the design and construction of steel frames under dynamic and seismic loads; Chapter 11 is corrosion protection and fire prevention.
Steel frame
- There are 15 kinds of "Book of Chemical Equipment Design", including "
- introduction
- Chapter 1 Steel Frame Materials and Loads
- Section 1 Basic Knowledge of Steel
- Section 2 China's steel numbers
- Section III Selection of Steel
- Section 4 Connection Materials
- Section Five Load
- Chapter 2 Steel Frame Design Principles
- Section 1 Main Contents of Steel Frame Design
- Section 2 Structural Calculation Principles
- Chapter 3 Beam Design
- Classification of the first section beam
- Calculation of the internal force of the second beam
- Key points in the design of the third beam
- Section 4 Calculation of Two-way Bending Beams
- Calculation of torsion of the fifth beam
- Reasonable choice of beam section
- Chapter 4 Column Design
- Classification of the first column
- Second axially compressed abdominal column
- Eccentrically compressed abdominal column
- Section 4 Lattice Column
- Chapter 5 Component Connection Structure and Calculation
- Section 1 Reasonable Design of Connection
- Second section beam layout
- Section 3 planking
- Section IV beam connection structure and calculation
- Section 5 column connection structure
- Section 6 Column Structure and Calculation
- Section VII Connection Calculation
- Chapter 6 Equipment Support
- The first section of the column type equipment bracket
- Second section cantilever
- Section III hanger
- Section 4 Self-supporting Equipment Support
- Section 5 Hybrid Equipment Support
- Section 6 Other Types of Equipment Holders
- Chapter VII Operating Platform
- Section 1 Types of Operating Platforms
- Calculation of Section 2 Steel Platform
- Section 3 Structure of Steel Platform
- Section 4 Accessories for Steel Platforms
- Section 5 Activity Operation Platform
- Section VI Steel Trestle Bridge
- Chapter VIII Tower Platform
- Section 1 Tower Platform Classification
- Tower Section Platform
- Section III Beam Tower Platform
- Section 4 Framework Tower Platform
- Section V Calculation and Installation of Tower Platform
- Section 6 Calculation of Local Stress of Steel Laminate (Reinforced Plate) and Tube
- Chapter IX Design of Steel Frame under Dynamic Load
- Section I Overview
- Unbalanced Inertial Force
- Free vibration of steel frame
- Section IV Forced Vibration of Steel Frame
- Section 5 Calculation and Construction of Bearing Capacity of Steel Frame under Dynamic Load
- Chapter 10 Seismic Design of Steel Frames
- Section 1 Earthquake and Intensity
- Seismic force of the second section steel frame
- Section III Design of Seismic Steel Frame
- Chapter XI Corrosion and Fire Protection of Steel Frames
- Section 1 Corrosion Characteristics of Steel Frame
- Section 2 Corrosion Resistant Coatings
- Section III Reasonable Sections and Structures of Members
- Section 4 Characteristics of Steel Frame in Fire
- Section 5 Fire Structure of Steel Frame