Structural Mechanics and Structures: 21st Century Architectural Decoration Series Planning Textbooks

Author: Li Yongguang
Publisher:
Publish Date: 2004-08-01
Features: This textbook is compiled based on the basic teaching requirements of Building Mechanics and Building Structures for vocational and technical colleges, and is suitable for the professional major of Architectural Decoration. It can also be used by majors such as Urban Planning, Economic Management of Construction Enterprises, and Real Estate Economics Management. This textbook reflects the characteristics of cultivating higher applied talents, adhering to the combination of theory and practice, and emphasizes the cultivation of practical skills and the improvement of comprehensive qualities. Combining professional characteristics, it selects relevant content from Theoretical Mechanics, Material Mechanics, and Structural Mechanics according to the requirements of Building Structures, and matches them with reinforced concrete structures and masonry structures in Building Structures, forming a concise and relatively complete teaching system. The main content of this book includes: Overview of Building Mechanics, Basic Concepts of Statics, Force Analysis of Objects, Structural Calculation Diagrams, Simplification and Equilibrium Equations of Plane General Force Systems, Geometric Composition Analysis of Plane Rigid Body Systems, Internal Force Calculation of Statically Determinate Structures, Geometric Properties of Cross-Sections, Stress and Strength Calculation of Rigid Members, Deformation of Members and Displacement Calculation of Structures, Column Stability, Principles of Building Structure Design, Mechanical Properties of Reinforced Concrete Materials, Calculation of Reinforced Concrete Flexure Members, Reinforced Concrete Compression Members, Introduction to Prestressed Reinforced Concrete Structures, Reinforced Concrete Beam-Slab Structures, Reinforced Concrete Frame Structures, Types and Mechanical Properties of Masonry Materials, Load-Carrying Capacity Calculation of Masonry Structure Members, Wall and Column Design of Mixed-Structure Buildings, etc.
This textbook is compiled based on the basic teaching requirements of Building Mechanics and Building Structures for vocational and technical colleges, and is suitable for the professional major of Architectural Decoration. It can also be used by majors such as Urban Planning, Economic Management of Construction Enterprises, and Real Estate Economics Management. This textbook reflects the characteristics of cultivating higher applied talents, adhering to the combination of theory and practice, and emphasizes the cultivation of practical skills and the improvement of comprehensive qualities. Combining professional characteristics, it selects relevant content from Theoretical Mechanics, Material Mechanics, and Structural Mechanics according to the requirements of Building Structures, and matches them with reinforced concrete structures and masonry structures in Building Structures, forming a concise and relatively complete teaching system. The main content of this book includes: Overview of Building Mechanics, Basic Concepts of Statics, Force Analysis of Objects, Structural Calculation Diagrams, Simplification and Equilibrium Equations of Plane General Force Systems, Geometric Composition Analysis of Plane Rigid Body Systems, Internal Force Calculation of Statically Determinate Structures, Geometric Properties of Cross-Sections, Stress and Strength Calculation of Rigid Members, Deformation of Members and Displacement Calculation of Structures, Column Stability, Principles of Building Structure Design, Mechanical Properties of Reinforced Concrete Materials, Calculation of Reinforced Concrete Flexure Members, Reinforced Concrete Compression Members, Introduction to Prestressed Reinforced Concrete Structures, Reinforced Concrete Beam-Slab Structures, Reinforced Concrete Frame Structures, Types and Mechanical Properties of Masonry Materials, Load-Carrying Capacity Calculation of Masonry Structure Members, Wall and Column Design of Mixed-Structure Buildings, etc.