土木建筑类专业英语
出版时间:
2023-03
版次:
1
ISBN:
9787112281411
定价:
60.00
装帧:
其他
开本:
16开
纸张:
胶版纸
页数:
272页
字数:
497.000千字
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本书主要内容包括笛卡尔几何学概念、函数及其导数、计算机硬件、办公自动化、应力应变、胡克定律、梁弯曲、圆杆扭转、柱屈曲、土木工程材料、建筑合同与招投标、土力学与基础、砌体结构、混凝土结构、钢结构、形抵抗结构、隧道工程、高速公路、斜拉桥、中国皇城规划、理性主义规划理论、城市总体规划与土地利用规划、城市交通规划、住宅设计、包豪斯、沃克艺术中心雕塑园、护德艺术博物馆、绿色设计教学实践和机器人3D打印混凝土书屋等涉及高等数学、计算机基础、工程力学、土木工程、隧道工程、交通工程、城乡规划和建筑学等方面的内容，特别是甄选了两篇具有时代特色的教学研究前沿文章——绿色设计和3D打印，使得本教材具有一定的前瞻性。
本书共有35个单元，每个单元分为课文、注释和习题三个部分。在习题中配有中英互译(单词、词组、句子和段落)、单项选择题和用英语回答问题以帮助理解欣赏课文等形式多样的内容，以确保基础英语和专业英语的衔接和过渡，并提高读者的学习兴趣。书后还附有常用数学符号公式的读法（这主要针对在专业英语、全英文教学和双语教学过程中或涉外交流中出现的常用符号和复杂数学公式难以通过口语念出来的问题而专门设置的）和英汉对照常用土木建筑类专业词汇表，词汇含括土木建筑类专业的公共基础课程（高等数学、计算机基础）、专业基础课程（工程力学）和专业课程（土木工程、隧道工程、交通工程、城乡规划、建筑学）方面的常用专业词汇。 1 Cartesian Coordinate System and Analytic Geometry（笛卡尔坐标与解析几何）
1.1 Cartesian Coordinate System
1.2 Analytic Geometry
2 Function and Its Derivative（函数及其导数）
2.1 Function
2.2 The Derivative of a Function
3 Computer Hardware（计算机硬件）
3.1 CPU
3.2 The Memory
3.3 I/O Devices
3.4 System Buses
4 OA（办公自动化）
4.1 Word Processing
4.2 Electronic Spreadsheet
4.3 Video Conferencing
5 Stress, Strain and Hooke\'s Law（应力、应变与胡克定律）
5.1 The Concepts of Stress and Strain
5.2 Axial Tensile Stress-Strain Relationship
5.3 Hooke\'s Law
5.3.1 Stress-Strain Diagram
5.3.2 Hooke\'s Law
5.3.3 Future Remarks on Stress-Strain Diagrams
6 Differential Equation for Beam Deflection Curve and Moment-Area Method（梁的挠曲线微分方程及弯矩面积法）
6.1 Deflection Curve of a Bent Beam
6.2 Differential Equation for Beam Deflection Curve
6.3 The Moment-Area Method
7 Torsion of a Circular Bar and Hook\'s Law for Shear（圆杆扭转与剪切胡克定律）
7.1 Circular Bar in Pure Torsion
7.2 Hook\'s Law for Shear
7.3 Computational Formula of T
8 Critical Load and Euler\' s Formula（临界荷载与欧拉公式）
8.1 Critical Load
8.2 Critical Load Formula
8.3 Euler\'s Formula
8.3.1 Column Buckling
8.3.2 Euler\'s Formula
8.4 Critical Stress and Flexibility （or Slenderness Ratio）
9 Civil and Building Engineering（土木与建筑工程）
9.1 Definition and Scope of Civil Engineering
9.2 Characteristics of Building Engineering
9.2.1 Characteristics of Product
9.2.2 Characteristics of Construction
9.2.3 Characteristics of Project Management
9.3 Composition and Function of Building
9.3.1 Enclosing Structures
9.3.2 Load-Bearing Structures
9.4 Categories of Buildings
10 Exploration of In-Class Education of Ideology and Politics of theCourse \"Architectural Economy and Management\"（“建筑经济与管理”课程思政探索）
10.1 Course Introduction
10.2 Ideological and Political Elements
10.2.1 National Consciousness
10.2.2 Social Responsibility
10.2.3 Professional Dedication
10.2.4 Environmental Awareness
10.2.5 Law-Consciousness
10.3 Ideology and Politics Education Effect
11 Civil Engineering Materials（土木工程材料）
11.1 Timber
11.1.1 Features of Timber
11.1.2 Defects in Timber and Preservation of Timber
11.1.3 Use of Timber
11.2 Metals
11.2.1 Properties of Metals
11.2.2 Use of Metals in Constructions
11.2.3 Corrosion Protection
11.3 Concrete
11.3.1 Properties and Uses of Normal Concrete
11.3.2 Preparation of Normal Concrete
11.3.3 Constituents in Concrete
11.3.4 Concrete Mix Design
11.4 Reinforced Concrete
11.5 Prestressed Concrete
11.6 Bituminous Materials
11.6.1 Kinds and Properties of Bituminous Materials
11.6.2 Uses of Bituminous Materials
11.7 Polymer
11.8 Bricks and Blocks
12 Soil Mechanics and Foundations（土力学与基础）
12.1 Size Composition and Structure of Soils
12.1.1 Size Composition
12.1.2 Structure
12.2 Soil Properties
12.3 Applications of Soil Mechanics
12.4 Foundations
12.4.1 Categories of Foundations
12.4.2 Deep Foundations
13 Masonry Structures（砌体结构）
13.1 Introduction
13.2 Classifications of Masonry Construction
13.3 Types of Masonry Walls
13.4 Empirical Code Limits
14 Reinforced Concrete and Prestressed Concrete（钢筋混凝土与预应力混凝土）
14.1 Reinforced Concrete
14.2 Prestressed Concrete
14.2.1 Comparison with Reinforced Concrete
14.2.2 Economics
14.2.3 Prestressing Methods
15 Concrete: Forming, Reinforcing, Placement and Curing（混凝土：支模、扎筋、浇捣和养护）
15.1 Forming
15.2 Reinforcement
15.3 Placement
15.4 Curing
16 Structural Systems of Buildings（建筑结构体系）
16.1 Frame Action of Column and Two-Way Slab Systems
16.2 Structural Systems of Buildings
17 Connections and Construction of Steel Structure（钢结构连接与施工）
17.1 Steel Connections
17.1.1 Bolted Connections
17.1.2 Welded Connections
17.2 Steel Structure Construction
18 Freeways（高速公路）
19 Cable-Stayed Bridge（斜拉桥）
19.1 History of Development
19.2 Comparison with Suspension Bridge
20 Tunnel Engineering（隧道工程）
20.1 Types and Structures of Tunnels
20.1.1 Tunnel Types
20.1.2 Tunnel Structures
20.2 Construction of Tunnels
20.2.1 Railway Tunnels
20.2.2 Highway Tunnels
20.2.3 Metros
20.2.4 Hydraulic and Underground Powerhouses
20.3 Vision of the Future
21 Characteristics of China\'s Imperial City Planning（中国皇城规划特征）
22 Stages and Considerations of Urban Master Planning（城市总体规划步骤与考虑因素）
23 Urban Transportation Planning Phases（城市交通规划阶段）
23.1 Characteristics of Urban Transportation
23.2 Urban Transportation Planning Phases
23.2.1 The Preanalysis Phase
23.2.2 The Technical Analysis Phase
23.2.3 The Postanalysis Phase
24 Housing Design Criteria and Considerations of Residential Planning（住房设计准则与住宅规划考虑因素）
24.1 Housing Design Criteria
24.2 Considerations of Residential Planning
25 Bauhaus-Art and Techniques, a New Unity\"（包豪斯——“艺术与技术的新统一”）
26 Hood Museum of Art（护德艺术博物馆）
27 Team SCUT-POLITO\'s LONG-PLAN and Professor\'sGreen Building Ideas（华南理工大学-都灵理工大学联队设计的长屋与教授的绿色建筑理念）
27.1 Introduction
27.2 Competition Plan
27.2.1 Human Comfort
27.2.2 Energy Saving
27.2.3 Urban Effects
27.2.4 Module Construction
27.3 Professor\'s Green Building Ideas
27.4 Module Lifting and Effect
28 3D Printing（3D打印）
28.1 Introduction
28.2 A 3D Printed Book Cabin
28.3 A 3D Printed Concrete Farmhouse
29 Fully Grouted Cable Bolts\' ANSYS Analysis, ConstructionTechniques and Anchoring Mechanism （Theory of Swelling-Rising Concrete Arch with Tree-Root-Shaped Cable BoltReinforcement）[注浆锚索的ANSYS分析、施工技术及锚固机理（胀锚拱理论）]
29.1 ANSYS Simulating Analysis of a Single Fully Grouted Cable Bolt
29.1.1 Solving Process
29.1.2 Analyzing the Results
29.2 ANSYS Simulating Analysis of a 3D Stope Model
29.2.1 Solving Process
29.2.2 Analyzing the Results
29.3 Pre-Anchoring Construction
29.4 Theory of Swelling-Rising Concrete Arch with Tree-Root-Shaped Cable Bolt Reinforcement
29.4.1 Model
29.4.2 Main Viewpoints
Appendix 1: The Reading of Common Symbols and Mathematical Formulas（附录1：常用符号和数学公式的读法）
Appendix 2: Commonly Used English-Chinese Professional Termsfor Civil and Architectural Engineering（附录2：常用土木建筑类专业词汇英汉对照）
References（参考文献）
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内容简介:
本书主要内容包括笛卡尔几何学概念、函数及其导数、计算机硬件、办公自动化、应力应变、胡克定律、梁弯曲、圆杆扭转、柱屈曲、土木工程材料、建筑合同与招投标、土力学与基础、砌体结构、混凝土结构、钢结构、形抵抗结构、隧道工程、高速公路、斜拉桥、中国皇城规划、理性主义规划理论、城市总体规划与土地利用规划、城市交通规划、住宅设计、包豪斯、沃克艺术中心雕塑园、护德艺术博物馆、绿色设计教学实践和机器人3D打印混凝土书屋等涉及高等数学、计算机基础、工程力学、土木工程、隧道工程、交通工程、城乡规划和建筑学等方面的内容，特别是甄选了两篇具有时代特色的教学研究前沿文章——绿色设计和3D打印，使得本教材具有一定的前瞻性。
本书共有35个单元，每个单元分为课文、注释和习题三个部分。在习题中配有中英互译(单词、词组、句子和段落)、单项选择题和用英语回答问题以帮助理解欣赏课文等形式多样的内容，以确保基础英语和专业英语的衔接和过渡，并提高读者的学习兴趣。书后还附有常用数学符号公式的读法（这主要针对在专业英语、全英文教学和双语教学过程中或涉外交流中出现的常用符号和复杂数学公式难以通过口语念出来的问题而专门设置的）和英汉对照常用土木建筑类专业词汇表，词汇含括土木建筑类专业的公共基础课程（高等数学、计算机基础）、专业基础课程（工程力学）和专业课程（土木工程、隧道工程、交通工程、城乡规划、建筑学）方面的常用专业词汇。
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目录:
1 Cartesian Coordinate System and Analytic Geometry（笛卡尔坐标与解析几何）
1.1 Cartesian Coordinate System
1.2 Analytic Geometry
2 Function and Its Derivative（函数及其导数）
2.1 Function
2.2 The Derivative of a Function
3 Computer Hardware（计算机硬件）
3.1 CPU
3.2 The Memory
3.3 I/O Devices
3.4 System Buses
4 OA（办公自动化）
4.1 Word Processing
4.2 Electronic Spreadsheet
4.3 Video Conferencing
5 Stress, Strain and Hooke\'s Law（应力、应变与胡克定律）
5.1 The Concepts of Stress and Strain
5.2 Axial Tensile Stress-Strain Relationship
5.3 Hooke\'s Law
5.3.1 Stress-Strain Diagram
5.3.2 Hooke\'s Law
5.3.3 Future Remarks on Stress-Strain Diagrams
6 Differential Equation for Beam Deflection Curve and Moment-Area Method（梁的挠曲线微分方程及弯矩面积法）
6.1 Deflection Curve of a Bent Beam
6.2 Differential Equation for Beam Deflection Curve
6.3 The Moment-Area Method
7 Torsion of a Circular Bar and Hook\'s Law for Shear（圆杆扭转与剪切胡克定律）
7.1 Circular Bar in Pure Torsion
7.2 Hook\'s Law for Shear
7.3 Computational Formula of T
8 Critical Load and Euler\' s Formula（临界荷载与欧拉公式）
8.1 Critical Load
8.2 Critical Load Formula
8.3 Euler\'s Formula
8.3.1 Column Buckling
8.3.2 Euler\'s Formula
8.4 Critical Stress and Flexibility （or Slenderness Ratio）
9 Civil and Building Engineering（土木与建筑工程）
9.1 Definition and Scope of Civil Engineering
9.2 Characteristics of Building Engineering
9.2.1 Characteristics of Product
9.2.2 Characteristics of Construction
9.2.3 Characteristics of Project Management
9.3 Composition and Function of Building
9.3.1 Enclosing Structures
9.3.2 Load-Bearing Structures
9.4 Categories of Buildings
10 Exploration of In-Class Education of Ideology and Politics of theCourse \"Architectural Economy and Management\"（“建筑经济与管理”课程思政探索）
10.1 Course Introduction
10.2 Ideological and Political Elements
10.2.1 National Consciousness
10.2.2 Social Responsibility
10.2.3 Professional Dedication
10.2.4 Environmental Awareness
10.2.5 Law-Consciousness
10.3 Ideology and Politics Education Effect
11 Civil Engineering Materials（土木工程材料）
11.1 Timber
11.1.1 Features of Timber
11.1.2 Defects in Timber and Preservation of Timber
11.1.3 Use of Timber
11.2 Metals
11.2.1 Properties of Metals
11.2.2 Use of Metals in Constructions
11.2.3 Corrosion Protection
11.3 Concrete
11.3.1 Properties and Uses of Normal Concrete
11.3.2 Preparation of Normal Concrete
11.3.3 Constituents in Concrete
11.3.4 Concrete Mix Design
11.4 Reinforced Concrete
11.5 Prestressed Concrete
11.6 Bituminous Materials
11.6.1 Kinds and Properties of Bituminous Materials
11.6.2 Uses of Bituminous Materials
11.7 Polymer
11.8 Bricks and Blocks
12 Soil Mechanics and Foundations（土力学与基础）
12.1 Size Composition and Structure of Soils
12.1.1 Size Composition
12.1.2 Structure
12.2 Soil Properties
12.3 Applications of Soil Mechanics
12.4 Foundations
12.4.1 Categories of Foundations
12.4.2 Deep Foundations
13 Masonry Structures（砌体结构）
13.1 Introduction
13.2 Classifications of Masonry Construction
13.3 Types of Masonry Walls
13.4 Empirical Code Limits
14 Reinforced Concrete and Prestressed Concrete（钢筋混凝土与预应力混凝土）
14.1 Reinforced Concrete
14.2 Prestressed Concrete
14.2.1 Comparison with Reinforced Concrete
14.2.2 Economics
14.2.3 Prestressing Methods
15 Concrete: Forming, Reinforcing, Placement and Curing（混凝土：支模、扎筋、浇捣和养护）
15.1 Forming
15.2 Reinforcement
15.3 Placement
15.4 Curing
16 Structural Systems of Buildings（建筑结构体系）
16.1 Frame Action of Column and Two-Way Slab Systems
16.2 Structural Systems of Buildings
17 Connections and Construction of Steel Structure（钢结构连接与施工）
17.1 Steel Connections
17.1.1 Bolted Connections
17.1.2 Welded Connections
17.2 Steel Structure Construction
18 Freeways（高速公路）
19 Cable-Stayed Bridge（斜拉桥）
19.1 History of Development
19.2 Comparison with Suspension Bridge
20 Tunnel Engineering（隧道工程）
20.1 Types and Structures of Tunnels
20.1.1 Tunnel Types
20.1.2 Tunnel Structures
20.2 Construction of Tunnels
20.2.1 Railway Tunnels
20.2.2 Highway Tunnels
20.2.3 Metros
20.2.4 Hydraulic and Underground Powerhouses
20.3 Vision of the Future
21 Characteristics of China\'s Imperial City Planning（中国皇城规划特征）
22 Stages and Considerations of Urban Master Planning（城市总体规划步骤与考虑因素）
23 Urban Transportation Planning Phases（城市交通规划阶段）
23.1 Characteristics of Urban Transportation
23.2 Urban Transportation Planning Phases
23.2.1 The Preanalysis Phase
23.2.2 The Technical Analysis Phase
23.2.3 The Postanalysis Phase
24 Housing Design Criteria and Considerations of Residential Planning（住房设计准则与住宅规划考虑因素）
24.1 Housing Design Criteria
24.2 Considerations of Residential Planning
25 Bauhaus-Art and Techniques, a New Unity\"（包豪斯——“艺术与技术的新统一”）
26 Hood Museum of Art（护德艺术博物馆）
27 Team SCUT-POLITO\'s LONG-PLAN and Professor\'sGreen Building Ideas（华南理工大学-都灵理工大学联队设计的长屋与教授的绿色建筑理念）
27.1 Introduction
27.2 Competition Plan
27.2.1 Human Comfort
27.2.2 Energy Saving
27.2.3 Urban Effects
27.2.4 Module Construction
27.3 Professor\'s Green Building Ideas
27.4 Module Lifting and Effect
28 3D Printing（3D打印）
28.1 Introduction
28.2 A 3D Printed Book Cabin
28.3 A 3D Printed Concrete Farmhouse
29 Fully Grouted Cable Bolts\' ANSYS Analysis, ConstructionTechniques and Anchoring Mechanism （Theory of Swelling-Rising Concrete Arch with Tree-Root-Shaped Cable BoltReinforcement）[注浆锚索的ANSYS分析、施工技术及锚固机理（胀锚拱理论）]
29.1 ANSYS Simulating Analysis of a Single Fully Grouted Cable Bolt
29.1.1 Solving Process
29.1.2 Analyzing the Results
29.2 ANSYS Simulating Analysis of a 3D Stope Model
29.2.1 Solving Process
29.2.2 Analyzing the Results
29.3 Pre-Anchoring Construction
29.4 Theory of Swelling-Rising Concrete Arch with Tree-Root-Shaped Cable Bolt Reinforcement
29.4.1 Model
29.4.2 Main Viewpoints
Appendix 1: The Reading of Common Symbols and Mathematical Formulas（附录1：常用符号和数学公式的读法）
Appendix 2: Commonly Used English-Chinese Professional Termsfor Civil and Architectural Engineering（附录2：常用土木建筑类专业词汇英汉对照）
References（参考文献）
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