本书根据土木工程专业的培养目标，结合最新规范，以及参考大量相关教材和文献编写。本书为高等院校土木工程专业混凝土与砌体结构设计课程教材。全书共包含四章，分别为绪论、单层厂房结构、多层框架结构和砌体结构。为了便于教师教学和学生学习，每章设置知识要点、学习目标和思考练习，并增加设计实例和工程案例。
本书面向高等院校土木工程专业本科生编写，逻辑清晰，语言流畅，工程案例丰富，易读易懂。不仅作为普通高等院校土木工程专业及其他相关专业的教材和参考教材，也可供高职、高专、成人高校师生使用以及工程技术人员参考。

Chapter 1 Introduction
Prologue
1.1 Overview of structure
1.2 Structural system
1.2.1 Floor subsystem
1.2.2 Framing subsystem
1.2.3 Footings
1.2.4 Lateral load resisting subsystem
1.3 Reinforced concrete structures
1.4 Masonry structures
1.5 Structural design
1.5.1 Process
1.5.2 Codes
1.6 Development of buildings in China
Exercises
Chapter 2 Single-storey Industrial Building
Prologue
2.1 Structure composition and layout of single-storey industrial building
2.1.1 Structure types of single-storey industrial building
2.1.2 Structure composition of single-storey industrial building
2.1.3 Loading transfer path of single-storey industrial building
2.1.4 Structure layout of single-storey industrial building
2.2 Calculation of bent frame structure
2.2.1 Calculation diagram
2.2.2 Load calculation
2.2.3 Internal force calculation of equal-height bent frame by shear force distribution method
2.2.4 Internal force combination
2.2.5 Calculation of bent frame strueture considering spatial behavior
2.3 Design of column of single-storey industrial building
2.3.1 Column forms
2.3.2 Seetion size of column
2.3.3 Effective length of column
2.3.4 Reinforcement calculation of bent column
2.3.5 Construction detailing of column
2.3.6 Hoisting checking of column
2.3.7 Design of corbel
2.4 Design of independent foundation under column
2.4.1 Design of independent foundation under column
2.4.2 Structural requirements for independent foundation under column
2.5 Design points of reinforced concrete crane beam and roof truss
2.5.1 Design points of reinforced concrete crane beam
2.5.2 Design points of reinforced concrete roof tress
2.6 Design example of single-storey industrial workshop
2.6.1 Design topic
2.6.2 Design contents
2.6.3 Design resources
2.6.4 Structural calculation diagram
2.6.5 Load calculation
2.6.6 Internal force analysis and internal force combination
2.6.7 Design of bent column
2.6.8 Design of corbel
2.6.9 Hoist checking of bent column
2.6.10 Design of foundation under column
Exercises
Chapter 3 Multi-storey Frame Structure
Prologue
3.1 Structure composition and layout of multi-storey frame structure
3.1.1 Structure composition and types of multi-storey frame structure
3.1.2 Structure layout of multi-storey frame structure
3.2 Calculation diagram of" multi-storey frame structure
3.2.1 Calculation diagram
3.2.2 Cross-section size and sectional moment of inertia of frame beam and column
3.3 Internal force and lateral displacement checking calculation
3.3.1 Internal force caleulation of frame structure under vertical load
3.3.2 Calculation of internal force and displacement of frame structure under horizontal load
3.3.3 Inter-storey displacement of frame structure under horizontal load
3.4 Second-order effect of frame structure
3.5 Internal force combination of multi-storey frame structure
3.5.1 Control sections
3.5.2 Internal force eombination
3.5.3 Unfavorable distribution of vertical live load
3.5.4 Moment modulation at beam ends
3.6 Members design of frame structure without seismic fortification requirements
3.6.1 General construction requirements of frame structure
3.6.2 Effeetive length of column
3.6.3 Struetural requirements of frame members and joints
3.7 Foundation of multi-storey frame structure
3.7.1 Selection of foundation
3.7.2 Internal force calculation of strip foundation
3.7.3 Construction requirements
3.8 Design example of multi-storey frame structure
3.8.1 Design data
3.8.2 Structural layout and structural calculation diagram
3.8.3 Load calculation
3.8.4 Internal force calculation
3.8.5