Mixed structure building design

Author: Xiong Dan'an
Publisher:
Publish Date: 2005-01-01
Features: Combining one of the design topics frequently encountered by civil engineering students in their graduation projects—the design of mixed-structure buildings—this book systematically elaborates and introduces various aspects of masonry structure building design solutions and structural layout, static calculations, structural member calculations, seismic design of masonry structures, and more, based on current national codes. It also provides a complete example for illustration, facilitating readers' mastery and application. 【Target Audience】This book is also available for reference by civil engineering technicians. 【Table of Contents】
1 Design Scheme and Structural Layout
1.1 Determination of Design Scheme
1.1.1 Layout of Load-Bearing Walls
1.1.2 Applicability of Various Schemes
1.2 Key Points of Structural Layout
1.2.1 Requirements for Structural Systems
1.2.2 Layout Requirements for Upper-Rigid-Lower-Flexible Structures
1.2.3 Infill Frame Buildings
1.3 Static Calculation Scheme of Buildings
1.3.1 Determination of Static Calculation Scheme
1.3.2 Static Calculations for Elastic Scheme Buildings
1.3.3 Static Calculations for Rigid-Elastic Scheme Buildings
1.3.4 Static Calculations for Rigid Scheme Buildings
1.3.5 Upper-Flexible-Lower-Rigid Multi-Story Buildings
1.4 Flange Calculation Width of T-Section
1.4.1 Multi-Story Buildings
1.4.2 Single-Story Buildings
1.4.3 Strip Foundations
1.4.4 Corner Wall Segments
1.5 Material Selection
1.5.1 Design Compressive Strength of Masonry (f)
1.5.2 Design Axial Tensile, Bending Tensile, and Shear Strength of Masonry
1.5.3 Adjustment Coefficients for Masonry Strength Design Values
1.5.4 Other Performance Coefficients of Masonry
2 Calculation and Construction of Masonry Members
2.1 Unreinforced Masonry Members
2.1.1 Compression Members
2.1.2 Local Compression Check
2.1.3 Axial Tension, Bending, and Shear Members
2.2 Slenderness Ratio Check for Walls and Columns
2.2.1 Slenderness Ratio Check Formula
2.2.2 Walls and Columns with Spandrel Columns and Constructive Columns
2.3 General Construction of Walls
2.3.1 Section, Spacers, and Spandrel Column Placement
2.3.2 Main Construction Measures to Prevent or Reduce Wall Cracking
2.4 Ring Beams
2.4.1 Layout of Ring Beams
2.4.2 Construction of Reinforced Concrete Ring Beams
2.5 Reinforced Masonry Members
3 Seismic Design of Multi-Story Mixed Structures
3.1 Seismic Construction Measures for Multi-Story Clay Brick Buildings
3.1.1 Setting of Cast-in-Place Reinforced Concrete Construction Columns
3.1.2 Setting of Cast-in-Place Reinforced Concrete Ring Beams
3.1.3 Requirements for Floor and Roof Decks
3.1.4 Tensile Reinforcement for Walls
3.1.5 Requirements for Staircases
3.1.6 Other Construction Requirements
3.2 Seismic Construction of Base Frame-Resisting Wall Buildings
3.2.1 Setting of Construction Columns
3.2.2 Location of Resisting Walls
3.2.3 Requirements for Floor Decks
3.2.4 Reinforced Concrete Spandrel Beams
3.2.5 Seismic Walls at the Base
3.3 Seismic Construction of Multi-Column Infill Frame Buildings
3.3.1 Setting of Construction Columns
3.3.2 Requirements for Floor and Roof Decks
3.3.3 Support of Infill Frame Beams
3.4 Seismic Calculation of Multi-Story Masonry Buildings
3.4.1 Calculation of Horizontal Seismic Actions
3.4.2 Distribution of Horizontal Seismic Shear Forces
3.4.3 Check of Section Seismic Shear Capacity
4 Graduation Project Example
4.1 Basic Design Data
4.1.1 Design Topic
4.1.2 Design Conditions
4.2 Determination of Structural Design Scheme
4.2.1 Foundation Depth
4.2.2 Selection of Floor and Roof Decks
4.2.3 Wall Section Size and Material Selection
4.2.4 Static Calculation Scheme
4.3 Internal Force Calculation and Member Design
4.3.1 Roof Deck Design
4.3.2 Floor Deck Design
4.3.3 Staircase Design
4.3.4 Wall Load-Carrying Capacity Calculation
4.3.5 Slenderness Ratio Check
4.4 Seismic Design
4.4.1 Check of General Seismic Design Requirements
4.4.2 Seismic Capacity Check
4.4.3 Setting of Construction Columns and Ring Beams
4.4.4 Overhead Beams and Beam Spacers
4.5 Foundation Design
4.5.1 Determination of Foundation Base Area
4.5.2 Determination of Foundation Step Width-to-Height Ratio
4.6 Main Design Drawings
4.6.1 Architectural Construction Drawings
4.6.2 Structural Construction Drawings
Appendix
Appendix 1 Influence Coefficient φ of Slenderness Ratio β and Axial Force Eccentricity e on Compressive Capacity
Appendix 2 Common Masonry Section Characteristics Table
Appendix 3 Reinforced Concrete Plate Reinforcement Selection
Appendix 4 Allowable Values of Step Width-to-Height Ratio for Unreinforced Extended Foundations
References
【Civil Engineering Graduation Project Series Books】
Other Titles in the Series:
Reinforced Concrete Frame Structure Design and Examples
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