我國擁有全球*豐富的竹資源和領先世界的竹材加工技術，研究如何科學地將竹材推廣應用于建筑工業(yè)具有重大意義。作為吸濕性植物纖維有機建筑材料，熱濕學問題是制約其推廣應用的瓶頸之一?！禜ygrothermics Fundamentals of Climate Adaptive Bamboo Construction》開發(fā)“建筑用竹”熱濕學模型，開展竹材、竹材構造和建筑系統(tǒng)研究?！≈癫臒釢裥再|研究。首次系統(tǒng)地對原竹和竹材工業(yè)化利用典型產品進行三維物理性質測試，獲得完整的熱濕性質參數(shù)；量化竹材生產工藝、基本物理性質、熱濕物理性質之間的相關性規(guī)律，為熱濕性質為導向的竹材工業(yè)生產和應用提供參考?！≈癫臉嬙炫c建筑系統(tǒng)熱濕性能研究。構建竹材構造與建筑系統(tǒng)性能研究模型，以全年HVAC需求、室內熱濕環(huán)境、構造熱濕場、構造霉菌生長指數(shù)為性能指標，系統(tǒng)地對竹材建筑系統(tǒng)與構造設計參數(shù)進行因子影響分析；為熱濕性能導向的竹材建筑系統(tǒng)與構造參數(shù)優(yōu)化提供建議，為氣候適應性設計、室內熱濕環(huán)境控制和用戶行為措施提供指導?！〗ㄖ耙灾翊尽笨尚行缘臒釢駥W論證。開展竹木材料、建筑構件和圍護空間的平行對比，闡明不同外部氣候和構造類型工況下的竹、木性能單元優(yōu)劣關系；論證“以竹代木”在熱濕性能方面的可行性，提出竹材優(yōu)勢產品及其與木材市場競爭的建議。
作者簡介
暫缺《建筑材料的水分熱量分析（英文版）》作者簡介
圖書目錄
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“l(fā)iquid 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
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