本书是是“高等学校土木类国际化人才培养系列教材”之一，旨在为学生树立正确的工程和地质观，使其正确理解和有效处理土木工程项目设计、施工和运营中的地质问题。 全书共分13章，介绍了地质学、工程地质学和土木工程地质学之间的关系，地球概况，矿物和岩石，地层和地质构造，水的地质作用，岩石的工程性质，岩石风化和土壤性质，地震，地质灾害和减灾措施，隧道、地基和边坡工程地质问题，土木工程地质勘察。每章的开头，都有以案例形式出现的序言，以展示本章主要内容和需要解决的主要问题；每章末附练习题。 本书为新形态教材，配套了数字课程网站及二维码网站，提供教学课件、图片、动画等数字资源，充分运用多种形式媒体资源，丰富知识的呈现形式，拓展教材内容，在提升课堂教学效果的同时，为学生学习提供思维与探索的空间。 本书可作为高等学校土木工程、测绘工程、环境工程专业本科生教材，也可作为水利工程、矿山工程等相关专业的教材或参考书，还可供相关领域的工程技术人员参考。

前辅文
0 Introduction
  Prologue
  0.1 What is Geology Applied to Civil Engineering
  0.2 Engineering geologic set
  0.3 Engineering geologic problem
  Exercises
1 Overview of the Earth
  Prologue
  1.1 Shape and size of the Earth
  1.2 Exterior of the Earth
  1.3 Interior spheres of the Earth
  1.4 Constitutions of the Earths crust
  Exercises
2 Minerals and rocks
  Prologue
  2.1 Minerals
  2.2 Concept and classification of rocks
  2.3 Magmatic rocks
  2.4 Sedimentary rocks
  2.5 Metamorphic rocks
  Exercises
3 Stratum and geological structures
  Prologue
  3.1 Crustal movement
  3.2 Stratum
  3.3 Rock formation and attitude
  3.4 Fold
  3.5 Fracture structure
  3.6 Geological map
  Exercises
4 Geological role of water
  Prologue
  4.1 Geological processes of surface water
  4.2 Geological processes of groundwater
  Exercises
5 Engineering properties of rocks
  Prologue
  5.1 Physical properties of rocks
  5.2 Hydraulic properties of rocks
  5.3 Mechanical properties of rocks
  5.4 Rock mass strength
  Exercises
6 Rock weathering and soil properties
  Prologue
  6.1 Types of rock weathering
  6.2 Factors controlling weathering
  6.3 Weathering degree evaluation
  6.4 Engineering classification of rock and soil
  6.5 Engineering properties of special soil
  Exercises
7 Earthquakes
  Prologue
  7.1 Basic concepts of earthquake
  7.2 Classification of earthquake
  7.3 Seismic wave
  7.4 Seismic magnitude and intensity
  7.5 Effect of earthquake
  Exercises
8 Geological hazards and mitigation measures
  Prologue
  8.1 Rockfall
  8.2 Landslide
  8.3 Debris flow
  Exercises
9 Geological problems in tunnel engineering
  Prologue
  9.1 Structural features of rock mass
  9.2 Natural stress
  9.3 The deformation and failure of underground excavation
  9.4 Evaluation method of surrounding rock stability
  Exercises
10 Geologic problems in foundation engineering
  Prologue
  10.1 Types of failure in soil
  10.2 Bearing capacity of foundation
  10.3 Ground improvement
  10.4 Case history
  Exercises
11 Geologic problems in slope engineering
  Prologue
  11.1 Failure pattern of artificial slope
  11.2 Factors influencing slope stability
  11.3 Slope stability analysis
  11.4 Countermeasure for preventing slope failure
  Exercises
12 Geological investigation for civil engineering
  Prologue
  12.1 Objective and procedure of investigation
  12.2 Office reconnaissance
  12.3 Field reconnaissance
  12.4 Subsurface exploration
  12.5 Meticulous investigation
  Exercises
References