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建筑材料的水分热量分析(英文版) 版权信息
- ISBN：9787030716606
- 条形码：9787030716606 ; 978-7-03-071660-6
- 装帧：一般胶版纸
- 册数：暂无
- 重量：暂无
- 所属分类：>>
建筑材料的水分热量分析(英文版) 本书特色
对竹材建筑应用感兴趣的科研工作者、工程设计师和广大师生。
建筑材料的水分热量分析(英文版) 内容简介
抢先发售系统地对原竹和竹材工业化利用典型产品进行三维物理性质测试，获得完整的热湿性质参数；竹材构造与建筑系统热湿性能研究。构建竹材构造与建筑系统性能研究模型，以全年HVAC需求、室内热湿环境、构造热湿场、构造霉菌生长指数为性能指标，系统地对竹材建筑系统与构造设计参数进行因子影响分析；为热湿性能导向的竹材建筑系统与构造参数优化提供建议，为气候适应性设计、室内热湿环境控制和用户行为措施提供指导。建筑"以竹代木"可行性的热湿学论证。
建筑材料的水分热量分析(英文版) 目录
Contents
Part Ⅰ Materials
Chapter 1 Bamboo as a Building Material 5
1.1 Bamboo and bamboo construction 5
1.2 Hygrothermal issues 8
1.3 Hygrothermic research status on bamboo and bamboo construction 10
1.4 Building hygrothermal model 13
Chapter 2 Hygrothermal Properties of Bamboo 18
2.1 Hygrothermal properties test on bamboo 18
2.2 Basic properties test results 28
2.3 Hygric properties test results 29
2.4 Thermal properties test results 36
2.5 Data sheet 40
2.6 Discussion on the index“liquid water open porosity” 47
Chapter 3 Hygrothermal Damage and Protection on Bamboo 55
3.1 Types of bamboo damages and protection challenges 55
3.2 Hygrothermal protection 57
3.3 Study on mould growth of bamboo 65
3.4 Discussion on hygrothermal protection of bamboo and bamboo construction 74
Part Ⅱ Construction
Chapter 4 Climate Adaptive Bamboo Construction 83
4.1 Introduction 83
4.2 Methods 84
4.3 Bamboo construction design optimization:construction arrangement 89
4.4 Bamboo construction design optimization:material selection 100
4.5 Summary 105
Chapter 5 Impact of Driving Rain 108
5.1 Introduction 108
5.2 Method 110
5.3 Impact of driving rain on the annual hygrothermal performance 116
5.4 Impact of driving rain on the thermal performance in July 125
5.5 Discussion 133
5.6 Summary 138
Chapter 6 Comparison with Reference Timber Construction 140
6.1 Introduction 140
6.2 Comparison with reference timber units: material property 142
6.3 Comparison with reference timber units: construction performance 144
6.4 Discussion 152
6.5 Summary 153
Part Ⅲ Climate Data
Chapter 7 Hygrothermal Reference Year for Guangzhou 157
7.1 Introduction 157
7.2 Method 159
7.3 Generation of HRY 160
7.4 Assessment on the representativeness of HRY 168
7.5 Summary 178
Chapter 8 Test Reference Year for South China 180
8.1 Introduction 180
8.2 Method 181
8.3 Generation of TRY 182
8.4 Assessment on the representativeness of TRY 195
8.5 Impact analysis of meteorological elements on building energy consumption 199
8.6 Summary 209
Acknowledgements 212
References 213
Terminologies and Abbreviations 219
Annex 224
Annex Tables 224
Annex Figures 233
Postscript 262
Part Ⅰ Materials
Chapter 1 Bamboo as a Building Material 5
1.1 Bamboo and bamboo construction 5
1.2 Hygrothermal issues 8
1.3 Hygrothermic research status on bamboo and bamboo construction 10
1.4 Building hygrothermal model 13
Chapter 2 Hygrothermal Properties of Bamboo 18
2.1 Hygrothermal properties test on bamboo 18
2.2 Basic properties test results 28
2.3 Hygric properties test results 29
2.4 Thermal properties test results 36
2.5 Data sheet 40
2.6 Discussion on the index“liquid water open porosity” 47
Chapter 3 Hygrothermal Damage and Protection on Bamboo 55
3.1 Types of bamboo damages and protection challenges 55
3.2 Hygrothermal protection 57
3.3 Study on mould growth of bamboo 65
3.4 Discussion on hygrothermal protection of bamboo and bamboo construction 74
Part Ⅱ Construction
Chapter 4 Climate Adaptive Bamboo Construction 83
4.1 Introduction 83
4.2 Methods 84
4.3 Bamboo construction design optimization:construction arrangement 89
4.4 Bamboo construction design optimization:material selection 100
4.5 Summary 105
Chapter 5 Impact of Driving Rain 108
5.1 Introduction 108
5.2 Method 110
5.3 Impact of driving rain on the annual hygrothermal performance 116
5.4 Impact of driving rain on the thermal performance in July 125
5.5 Discussion 133
5.6 Summary 138
Chapter 6 Comparison with Reference Timber Construction 140
6.1 Introduction 140
6.2 Comparison with reference timber units: material property 142
6.3 Comparison with reference timber units: construction performance 144
6.4 Discussion 152
6.5 Summary 153
Part Ⅲ Climate Data
Chapter 7 Hygrothermal Reference Year for Guangzhou 157
7.1 Introduction 157
7.2 Method 159
7.3 Generation of HRY 160
7.4 Assessment on the representativeness of HRY 168
7.5 Summary 178
Chapter 8 Test Reference Year for South China 180
8.1 Introduction 180
8.2 Method 181
8.3 Generation of TRY 182
8.4 Assessment on the representativeness of TRY 195
8.5 Impact analysis of meteorological elements on building energy consumption 199
8.6 Summary 209
Acknowledgements 212
References 213
Terminologies and Abbreviations 219
Annex 224
Annex Tables 224
Annex Figures 233
Postscript 262
展开全部
建筑材料的水分热量分析(英文版) 节选
Chapter 1 Bamboo as a Building Material 1.1Bamboo and bamboo construction 1.1.1Bamboo resources Bamboo grows widely in tropical and subtropical zones in the Asia-Pacific，Americas，and Africa.The Asia-Pacific bamboo area has the most abundant bamboo resources，where the bamboo forest accounts for 67% of the total amount.In this area， bamboo has been utilized in daily life for a long history and still plays an important role in modern times.Bamboo is always regarded as the“wood for poor people”，since most of the bamboos are in natural growth and lack of high value-added utilization.However，several countries alone in the Asia-Pacific bamboo area are able to manage their bamboo forests intensively(Table 1.1). Among these countries，China has the most abundant bamboo resources in the world，with the bamboo forest and raw bamboo output accounting for about 1/4 and 1/3 of the global total， respectively.More than 85% of the bamboo based panels are produced in China with the leading bamboo processing technology.However， under the strict policy of protecting natural wood forests， about 50% of the timber has been imported in the past years.As“substitute timber with bamboo”represents key national strategic initiative，it is of great significance to study how to properly use bamboo in building industry(Figure 1.1). Industrial bamboos，in standard form of panel or square，are regarded as idea l substitutes for timber.Since 1980s，the timber processing technologies have been introduced to the modification of bamboo，and series bamboo products parallel to their timber peers have been successfully developed. The representative bamboo panel variants include the plybamboo(including bamboo mat board， bamboo curtain board，etc.)developed in the 1980s，the bamboo particleboard，laminated bamboo and bamboo-oriented strand board developed in the 1990s，the bamboo scrimber developed in the 2000s，as well as the flattened bamboo board and bamboo winding developed in the 2010s.The bamboo industry in China has moved towards a way of industrialized and high value-added utilization(Figure 1.2). Among the bamboo based panels，laminated bamboo and bamboo scrimber are widely used as decorative panels because of the good surface appearance.In 2012，China produced approximately bamboo flooring panels，of which around were made of laminated bamboo，and the rest were bamboo scimber and some other bamboo composites.Plybamboo is another successful product that has been widely used in packaging，concrete formwork sectors，and also structural members in building industry.As the earliest developed bamboo based panel，its production technologies have been very proven，making it own advantages of low cost and low technical requirement.By comparison，the bamboo particleboard and bamboo OSB are unable to achieve large-scale marketing.These two are developed，respectively，as products parallel to the wood medium-density fiberboard(MDF) and wood OSB，the two mainstream products in timber industry.However，unlike wood MDF and OSB，the bamboo particleboard and bamboo OSB are limitedly used in packaging，furniture and concrete formwork sectors. 1.1.2Environmental benefits of bamboo as local building material The local application of bamboo products has potential to improve the building sustainability.Compared with the wood，concrete，and steel in environmental and financial aspects，bamboo is considered to be a competitive building material under certain boundary conditions.A carbon emission calculation of the“Glubam”，a kind plybamboo parallel to the“Glulam”in timber industry，shows that the total carbon emission during the production is-261.00kg/m3，smaller than the-168.00kg/m3 of Glulam.However，long distance transportation will weaken the environmental advantage of bamboo.For example，an environmental impact calculation for the carbonized 1-layer plain pressed laminated bamboo board in the“cradle to gate”stage shows the transportation from the factory in China to the warehouse in the Netherlands accounts for 34.0% of the total eco-costs，and for the raw bamboo stem，the proportion of transportation section even reaches as high as 98.3%. In South China，there are some dominant bamboo species，such as the Phyllostachys pubescens，Dendrocalamus sinicus，etc.Meanwhile，this area is also an economically developed region of the country，where the building industry has stronger demand for ecological materials such as wood-based products.Compared with the wood-based material products，bamboo has higher heat transport and storage capacities， as well as lower moisture transport and storage properties.A previous study by the author shows that in the hot and temperate climate regions，the room units enclosed with bamboo exterior walls show better performance than timber units with the same construction sizes，in terms of both energy consumption and indoor thermal environment.To some extent，it is conducive to the local application of bamboo in these areas where such c
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