由陈瑜编著的《土木工程材料》编排符合我国现行教学大纲，适应“土木工程材料”课程学时与教学的要求；摒弃了老教材中的陈旧内容，删除了“木材”、“高分子聚合物”、“砌筑材料”等传统章节，重点突出，结构紧凑，章节安排合理；既保留了国内教材注重基础知识和基本技能的优点，又借鉴国外教材，强调学生工程应用能力和创新能力的锻炼；引入了大量新科技和新内容，结合近年来材料学科科研成果，将土木工程材料的基本知识和理论与最新进展有机结合；采用了标准专业英文表述，英文相对国外原版教材较简单，且最后附有专业词汇表，降低了双语教学难度，有利于学生学习。

由陈瑜编著的《土木工程材料》根据土木工程专业本科生培养要求，针对双语教学，在参考多部国外优秀原版教材的基础上，以突出重点、注重实用为原则编写。

《土木工程材料》共分7章，内容包括：绪论、土木工程材料的基本概念、无机胶凝材料、砂石材料、水泥混凝土、结构钢材、沥青与沥青混合料等。为便于教学，各章后均附有思考题，书后附有专业英语词汇表。

本书可作为高等学校土木工程专业以及土建类其他专业本科的双语教学用书或教学参考书，也可供相关专业研究生及土木工程技术人员参考。

CHAPTER 1 Introduction

 1.1 Material Science and Engineering

 1.2 A Historical Perspective

1.2.1 Critical Position in Civil Engineering.

1.2.2 Historical Progress

1.2.3 Future Tendency

 1.3 Classification, Properties and Selection

1.3.1 Classification

1.3.2 Properties

1.3.3 Selection and Use

 1.4 Standards

 Problems

CHAPTER 2 Concepts of Civil Engineering Materials

 2.1 Physical Properties

2.1.1 Density, Apparent Density, Bulk Density and Loose Density

2.1.2 Solidity and Porosity

 2.2 Mechanical Properties

2.2.1 Strength

2.2.2 Stress and Strain

2.2.3 Elastic and Plastic Deformation

2.2.4 Brittleness, Ductility and Toughness

2.2.5 Hardness and Wear Resistance

 2.3 Properties Related toWater

2.3.1 Hydrophilic & Hydrophobic Property

2.3.2 Water Absorption and Hygroscopicity

2.3.3 Water Resistance

2.3.4 Impermeability

2.3.5 Freezing and Thawing Resistance

 2.4 Durability

 Problems

CHAPTER 3 Inorganic Binding Materials

 3.1 Introduction

3.1.1 Hydraulic Cement

3.1.2 Nonhydraulic Cement

 3.2 Portland Cement

3.2.1 Manufacture

3.2.2 Cement Chemistry

3.2.3 Hydration

3.2.4 Pores in Hydrated Cement

3.2.5 Properties

3.2.6 Corrosion and Prevention

 3.3 Mineral AdmixtUres and Blended Cements

3.3.1 Mineral Admixtures

3.3.2 Blended Cements

 3.4 Other Types of Cement

3.4.1 High-alumina Cement

3.4.2 White Cement

3.4.3 Expansive Cement

3.4.4 Low-alkali Cement

 Problems

CHAPTER 4 Aggregates

 4.1 Introduction

 4.2 Classification

4.2.1 Based on Source or Method of Manufacture

4.2.2 Based on Size

4.2.3 Based on Density

 4.3 Properties

4.3.1 Particle Shape and Surface Texture

4.3.2 States Based on Moisture Level

4.3.3 Strength, Modulus of Elasticity and Impact Value

4.3.4 Chemical Properties

4.3.5 Soundness, Abrasion Resistance and Durability

 4.4 Gradation and Ingredient Proportion Design of Aggregates

4.4.1 Gradation and Sieve Analysis

4.4.2 Fineness Modulus of Fine Aggregates

4.4.3 Maximum Size of Coarse Aggregates

4.4.4 Gradation Theories and Gradation Limits

4.4.5 Ingredient,Proportion Design of Aggregates.

 Problems

CHAPTER 5 Cenerete

 5.1 Introduction

 5.2 Constituent Materials

5.2.1 Cement

5.2.2 Aggregates

5.2.3 Mixing Water & Curing Water

5.2.4 Admixtures

 5.3 Properties of Fresh Concrete

5.3.1 Workability

5.3.2 Segregation and Bleeding

5.3.3 Factors Affecting Workability

5.3.4 Behavior during Setting

 5.4 Mixing, Placing, Handling and Curing Fresh Concrete

5.4.1 Mixing

5.4.2 Pumping, Placing and Handling

5.4.3 Curing

 5.5 Mechanical Properties of Hardened Concrete

5.5.1 Stress-Strain Diagram and Modulus of Elasticity

5.5.2 Compressive Strength and Strength Grades

5.5.3 Other Strength

5.5.4 Influencing Factors

 5.6 Dimensional Stability

5.6.1 Shrinkage and Cracking

5.6.2 Creep

 5.7 Durability

5.7.1 Physical Attack

5.7.2 Chemical Attack

 5.8 Mix Proportioning Design of Concrete

5.8.1 Introduction

5.8.2 Mix Design Procedures

5.8.3 Example

 5.9 Advanced Concrete

5.9.1 High-Strength Concrete

5.9.2 High-Performance Concrete

5.9.3 Lightweight & Heavyweight Concrete

5.9.4 Self-Consolidating Concrete and Shotcrete

5.9.5 Fiber-Reinforced Concrete

5.9.6 Roller-Compacted Concrete

5.9.7 Polymer Concrete

 Problems

CHAPTER 6 Structural Steels

 6.1 Introduction

 6.2 Manufacture and Types of Steel

6.2.1 Iron and Steel

6.2.2 Manufacture

6.2.3 Types of Steel

 6.3 Mechanical Properties

6.3.1 Stress-Strain Behavior

6.3.2 Impact Toughness and Cold Brittleness

6.3.3 Cold-Bending Property

6.3.4 Fatigue Damage

 6.4 Cold Working, Aging and Weldability of Steel

6.4.1 Cold Working and Aging

6.4.2 Weldability

 6.5 Standards and Selection

6.5.1 Structural Steels

6.5.2 Steels in Reinforced Concrete

 6.6 Corrosion and Control

6.6.1 Corrosion Mechanism

6.6.2 Corrosion Control

 Problems

CHAPTER 7 Asphalt Binders and Asphalt Mixtures

 7.1 Introduction

 7.2 Petroleum Asphalt

7.2.1 Production and Classification

7.2.2 Composition and Structure

7.2.3 Properties

 7.3 Asphalt Mixtures

7.3.1 Types

7.3.2 Composition and Structure

7.3.3 Response to Applied Loads

7.3.4 Response to Moisture and Temperature

7.3.5 Binder-Aggregate Bonding

7.3.6 Additives and Fillers

7.3.7 Mix Design Methods

 Problems

Glossary

References