书籍详情
生态可持续建筑（第二版）
作者：夏云 主编
出版社：中国建筑工业出版社
出版时间：2013-09-01
ISBN：9787112139965
定价：¥38.00
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内容简介
《生态可持续建筑（第2版）/高校建筑学 城市规划 景观专业系列教材》是根据10年前的原书中文版本改写的，两大改进：一是采用汉一英双语；二是与时俱进进行了新陈代谢的改写，分10章：生态可持续发展的障碍；温故知今与创新；21世纪建筑何往；何谓生态可持续建筑；太阳能与沼气在建筑中的应用；增效资源；掩土建筑；建筑绿化；优化组合；生态可持续建筑的经济效益，对生态可持续建筑的理念、设计原理、方法、构造措施、材料选择进行了图文并茂的论证（述）。《生态可持续建筑（第2版）/高校建筑学 城市规划 景观专业系列教材》适用于建筑学、城乡规划、景观园林、环境艺术、环境工程、土木工程等专业研究生及本科生的教材及相关设计、科研、管理及政策制定领域人员参考。
作者简介
暂缺《生态可持续建筑（第二版）》作者简介
目录
1 生态可持续发展的障碍
1 BARRIERS OF ECO-SUSTAINABLE DEVELOPMENT
1.1 人口激增
1.1 Population Explosion（Population Boom）
1.1.1 膨胀的出生率
1.1.1 Expanded birth rate
1.1.2 膨胀的需求
1.1.2 Expanded needs
1.1.3 人类必须自控
1.1.3 Humankind must be self-controlled
1.1.4 变人口负担为人才资源
1.1.4 To make population from being a load to be a talent resource
1.2 自然灾害
1.2 Natural Disasters
1.2.1 大自然灾害
1.2.1 Serious natural disasters
1.2.2 其他自然灾害
1.2.2 Other natural disasters
1.3 人类负效行为
1.3 Human Negative Behaviours
1.3.1 人类的严重负效行为
1.3.1 Man's serious negative behaviours
1.3.2 其他人为危害
1.3.2 Other harms by man
2 温故知今与创新——中国建筑回顾
2 LOOKING BACK TO THE PAST TO UNDERSTAND TODAY AND CREATE THE NEW-Reviewing the Chinese Architecture
2.1 乡土建筑
2.1 Vernacular Architecture
2.1.1 概况
2.1.1 General
2.1.2 乡土建筑的优点
2.1.2 Advantages of vernacular architecture
2.1.3 乡土建筑的缺点
2.1.3 Disadvantages of vernacular architecture
2.2 城市建筑
2.2 Urban Architecture
2.2.1 引言
2.2.1 Introduction
2.2.2 城市建筑优点
2.2.2 Advantages of urban architecture
2.2.3 城市建筑缺点
2.2.3 Disadvantages of urban architecture
2.3 新概念建筑
2.3 New Concept Architecture
2.3.1 引言
2.3.1 Introduction
2.3.2 能源危机引发了节能建筑与太阳房的研究与推广
2.3.2 Energy crisis led to the research and implementation of energy savingbuildings and solar buildings
2.3.3 绿色与土地危机引发了节能节地建筑
2.3.3 Green and land crises led to energy and land saving buildings
2.3.4 生态可持续危机引发了生态可持续建筑
2.3.4 The crisis of eco-sustainability led to eco-sustainable architecture
3 21世纪建筑何往
3 WHERE DOES ARCHITECTURE GO IN THE 21ST CENTURY
3.1 必然与偶然的反思
3.1 Looking Back on Necessity and Contingency
3.2 建筑含义的延伸
3.2 Extending the Meaning of Architecture
3.3 21世纪建筑前景
3.3 Outlook of Architecture in 21st Century
3.3.1 上天——发展太空建筑
3.3.1 Go into sky-to develop space architecture
3.3.2 下海——发展海洋建筑
3.3.2 Go into the sea-to develop marine architecture
3.3.3 陆地建筑仍是主要方向
3.3.3 Land architecture-still the main direction
4 何谓生态可持续建筑
4 WHAT DOES ECO-SUSTAINABLE ARCHITECTURE MEAN
4.1 可持续性并不是新概念
4.1 Sustainability is not a New Concept
4.2 非可持续建筑
4.2 Non-sustainable Architecture
4.3 可持续建筑含义
4.3 The Meaning of Sustainable Architecture
5 太阳能与沼气在建筑中的应用
5 THE APPLICATION OF SOLAR ENERGY AND METHANE IN BUILDINGS
5.1 太阳
5.1 The Sun
5.1.1 太阳基本情况
5.1.1 About the sun
5.1.2 应用太阳能的10个“最”
5.1.2 The ten "most" of using solar energy
5.1.3 中国太阳能资源
5.1.3 The solar energy resources in China
5.2 建筑中应用太阳能
5.2 Application of Solar Energy in Buildings
5.2.1 太阳能热水与炊事
5.2.1 solar hot water and cooking
5.2.2 中国古代太阳能集热器
5.2.2 The ancient Chinese solar collectors
5.2.3 多功能构件
5.2.3 Multi-function members
5.2.4 太阳能采光与日照
5.2.4 Day lighting and sunshine
5.2.5 太阳能建筑
5.2.5 Solar buildings
5.3 沼气
5.3 Marsh Gas
5.3.1 沼气基本知识
5.3.1 Basic knowledge of marsh gas
5.3.2 沼气池构造及工作原理
5.3.2 Construction and operating principle of methane-generating pit
6 增效资源
6 INCREASING RESOURCES EFFICIENCY（IRE）
6.1 分析“F”
6.1 Analyzing "F"
6.1.1 从"F”看建筑体形与增效资源
6.1.1 From"F"to Understand Building Shape and IRE
6.1.2 太阳能建筑体形系数
6.1.2 The Building Shape Coefficient（BSC）of solar buildings
6.1.3 从"F"看建筑结构、构造与增效资源
6.1.3 From "F" to understand building structure，construction and IRE
6.1.4 从“F”看建筑布置与增效资源
6.1.4 From "F" to understand building layout and IRE
6.1.5 从"F"看城市形式与增效资源
6.1.5 From "F" to understand city's form and IRE
6.2 分析“R”
6.2 Analyzing "R"
6.2.1 实有热阻Rp
6.2.1 Practical envelope thermal resistance Rp
6.2.2 节能热阻RES
6.2.2 Energy saving thermal resistance RES
6.2.3 复合墙剖面设计
6.2.3 Section design of composite wall
6.2.4 复合墙增热阻不增重或微增重
6.2.4 To increase CW's thermal resistance without adding any weight or slightly increasing weight
6.2.5 旧墙体改造
6.2.5 To remodel old walls
6.3 分析“Z”与“to”
6.3 Analyzing "Z" and "to"
6.3.1 科学安排“Z”
6.3.1 Scientifically managing "Z"
6.3.2 人能改变室外气温“to”吗？
6.3.2 Can the outdoor temperature "to" be changed manually？
6.4 分析“Q”与“SRHG”
6.4 Analyzing "Q" and "SRHG"
6.4.1 反射隔热
6.4.1 Heat insulation by reflection
6.4.2 通风
6.4.2 Ventilation
6.4.3 阻存
6.4.3 Resistance and storage（RS）
6.4.4 遮阳
6.4.4 Sunshade
6.4.5 绿化
6.4.5 Landscaping
6.4.6 自然空调
6.4.6 Natural air conditioning（NAC）
6.4.7 多功能构件
6.4.7 Multi-function members
6.4.8 多功能窗
6.4.8 Multi-function window
6.5 本章小结
6.5 Conclusion of the chapter
……
7 掩土建筑
8 建筑绿化
9 优化组合
10 生态可持续建筑的经济效益
主要参考文献
1 BARRIERS OF ECO-SUSTAINABLE DEVELOPMENT
1.1 人口激增
1.1 Population Explosion（Population Boom）
1.1.1 膨胀的出生率
1.1.1 Expanded birth rate
1.1.2 膨胀的需求
1.1.2 Expanded needs
1.1.3 人类必须自控
1.1.3 Humankind must be self-controlled
1.1.4 变人口负担为人才资源
1.1.4 To make population from being a load to be a talent resource
1.2 自然灾害
1.2 Natural Disasters
1.2.1 大自然灾害
1.2.1 Serious natural disasters
1.2.2 其他自然灾害
1.2.2 Other natural disasters
1.3 人类负效行为
1.3 Human Negative Behaviours
1.3.1 人类的严重负效行为
1.3.1 Man's serious negative behaviours
1.3.2 其他人为危害
1.3.2 Other harms by man
2 温故知今与创新——中国建筑回顾
2 LOOKING BACK TO THE PAST TO UNDERSTAND TODAY AND CREATE THE NEW-Reviewing the Chinese Architecture
2.1 乡土建筑
2.1 Vernacular Architecture
2.1.1 概况
2.1.1 General
2.1.2 乡土建筑的优点
2.1.2 Advantages of vernacular architecture
2.1.3 乡土建筑的缺点
2.1.3 Disadvantages of vernacular architecture
2.2 城市建筑
2.2 Urban Architecture
2.2.1 引言
2.2.1 Introduction
2.2.2 城市建筑优点
2.2.2 Advantages of urban architecture
2.2.3 城市建筑缺点
2.2.3 Disadvantages of urban architecture
2.3 新概念建筑
2.3 New Concept Architecture
2.3.1 引言
2.3.1 Introduction
2.3.2 能源危机引发了节能建筑与太阳房的研究与推广
2.3.2 Energy crisis led to the research and implementation of energy savingbuildings and solar buildings
2.3.3 绿色与土地危机引发了节能节地建筑
2.3.3 Green and land crises led to energy and land saving buildings
2.3.4 生态可持续危机引发了生态可持续建筑
2.3.4 The crisis of eco-sustainability led to eco-sustainable architecture
3 21世纪建筑何往
3 WHERE DOES ARCHITECTURE GO IN THE 21ST CENTURY
3.1 必然与偶然的反思
3.1 Looking Back on Necessity and Contingency
3.2 建筑含义的延伸
3.2 Extending the Meaning of Architecture
3.3 21世纪建筑前景
3.3 Outlook of Architecture in 21st Century
3.3.1 上天——发展太空建筑
3.3.1 Go into sky-to develop space architecture
3.3.2 下海——发展海洋建筑
3.3.2 Go into the sea-to develop marine architecture
3.3.3 陆地建筑仍是主要方向
3.3.3 Land architecture-still the main direction
4 何谓生态可持续建筑
4 WHAT DOES ECO-SUSTAINABLE ARCHITECTURE MEAN
4.1 可持续性并不是新概念
4.1 Sustainability is not a New Concept
4.2 非可持续建筑
4.2 Non-sustainable Architecture
4.3 可持续建筑含义
4.3 The Meaning of Sustainable Architecture
5 太阳能与沼气在建筑中的应用
5 THE APPLICATION OF SOLAR ENERGY AND METHANE IN BUILDINGS
5.1 太阳
5.1 The Sun
5.1.1 太阳基本情况
5.1.1 About the sun
5.1.2 应用太阳能的10个“最”
5.1.2 The ten "most" of using solar energy
5.1.3 中国太阳能资源
5.1.3 The solar energy resources in China
5.2 建筑中应用太阳能
5.2 Application of Solar Energy in Buildings
5.2.1 太阳能热水与炊事
5.2.1 solar hot water and cooking
5.2.2 中国古代太阳能集热器
5.2.2 The ancient Chinese solar collectors
5.2.3 多功能构件
5.2.3 Multi-function members
5.2.4 太阳能采光与日照
5.2.4 Day lighting and sunshine
5.2.5 太阳能建筑
5.2.5 Solar buildings
5.3 沼气
5.3 Marsh Gas
5.3.1 沼气基本知识
5.3.1 Basic knowledge of marsh gas
5.3.2 沼气池构造及工作原理
5.3.2 Construction and operating principle of methane-generating pit
6 增效资源
6 INCREASING RESOURCES EFFICIENCY（IRE）
6.1 分析“F”
6.1 Analyzing "F"
6.1.1 从"F”看建筑体形与增效资源
6.1.1 From"F"to Understand Building Shape and IRE
6.1.2 太阳能建筑体形系数
6.1.2 The Building Shape Coefficient（BSC）of solar buildings
6.1.3 从"F"看建筑结构、构造与增效资源
6.1.3 From "F" to understand building structure，construction and IRE
6.1.4 从“F”看建筑布置与增效资源
6.1.4 From "F" to understand building layout and IRE
6.1.5 从"F"看城市形式与增效资源
6.1.5 From "F" to understand city's form and IRE
6.2 分析“R”
6.2 Analyzing "R"
6.2.1 实有热阻Rp
6.2.1 Practical envelope thermal resistance Rp
6.2.2 节能热阻RES
6.2.2 Energy saving thermal resistance RES
6.2.3 复合墙剖面设计
6.2.3 Section design of composite wall
6.2.4 复合墙增热阻不增重或微增重
6.2.4 To increase CW's thermal resistance without adding any weight or slightly increasing weight
6.2.5 旧墙体改造
6.2.5 To remodel old walls
6.3 分析“Z”与“to”
6.3 Analyzing "Z" and "to"
6.3.1 科学安排“Z”
6.3.1 Scientifically managing "Z"
6.3.2 人能改变室外气温“to”吗？
6.3.2 Can the outdoor temperature "to" be changed manually？
6.4 分析“Q”与“SRHG”
6.4 Analyzing "Q" and "SRHG"
6.4.1 反射隔热
6.4.1 Heat insulation by reflection
6.4.2 通风
6.4.2 Ventilation
6.4.3 阻存
6.4.3 Resistance and storage（RS）
6.4.4 遮阳
6.4.4 Sunshade
6.4.5 绿化
6.4.5 Landscaping
6.4.6 自然空调
6.4.6 Natural air conditioning（NAC）
6.4.7 多功能构件
6.4.7 Multi-function members
6.4.8 多功能窗
6.4.8 Multi-function window
6.5 本章小结
6.5 Conclusion of the chapter
……
7 掩土建筑
8 建筑绿化
9 优化组合
10 生态可持续建筑的经济效益
主要参考文献
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