相变储能复合材料及其在建筑中的应用 邢锋 科学出版社 PDF电子教材 PDF电子书 大学教材电子版 电子课本 网盘下载(价值98元)【高清非扫描版】

考试不挂科,就来不挂科网buguakeWang.com
考试不挂科,就来【不挂科网】!

相变储能复合材料及其在建筑中的应用》邢锋 科学出版社 PDF电子教材 PDF电子书 大学教材电子版 电子课本 网盘下载(价值98元)【高清非扫描版】

相变储能复合材料及其在建筑中的应用 邢锋 科学出版社 PDF电子教材 PDF电子书 大学教材电子版 电子课本 网盘下载(价值98元)【高清非扫描版】-【不挂科网】(buguakeWang.com)

Development of Phase Change Materials Composites and Their Applications in Buildings

目录:

Chapter 1 Introduction and Basic Principles 1
1.1 Introduction 1
1.2 Classification of phase change materials (PCMs) and selection 3
1.3 Incorporation of PCMs into construction materials and elements 7
1.3.1 Direct incorporation 8
1.3.2 Immersion 8
1.3.3 Encapsulation 8
1.3 A Shape-stabilized PCM 15
1.4 Measurement of thermal properties of PCM/composite PCM 19
1.4.1 Differential scanning calorimetry 19
1.4.2 T-history method 19
1.5 Thermal conductivity enhancement of PCM 19
1.6 Building applications for phase change materials 21
1.7 Summary 31
References 32
Chapter 2 PCM/Powder Composites for Building Applications 37
2.1 Introduction 37
2.1.1 Kaolin and slag 37
2.1.2 Glass powder 39
2.2 PCM/kaolin and slag composites for building applications 40
2.2.1 Experimental investigation 40
2.2.2 Test methods for characterization of the composite PCMs 41
2.2.3 Test results and discussion 45
2.3 PCM/Glass powder composites for building applications 56
2.3.1 Experimental program 56
2.3.2 Characterization of the form-stable composite PCM 59
2.3.3 Thermal performance test 59
2.3.4 Test results and discussion 60
2.4 Conclusions 69
References 71
Chapter 3 Micro-encapsulated PCMs for Building Applications 76
3.1 Introduction of micro-encapsulated PCM (MPCM) 76
3.2 Micro-encapsulated PCMs for energy storage in buildings 81
3.2.1 Experimental investigation 81
3.2.2 Preparation of micro-encapsulated paraffin 81
3.2.3 Preparation of cement paste specimens with MPCM 83
3.2.4 Test methods for properties of the materials 84
3.2.5 Test results and discussion 85
3.3 Graphite-modified micro-encapsulated PCMs and the resulting cement based composites 95
3.3.1 Experimental work 95
3.3.2 Preparation of GM-MPCM 95
3.3.3 Preparation of mortar with GM-MPCM 97
3.3.4 Test methods for properties of the materials 98
3.3.5 Thermal performance test 101
3.4 Summary 115
References 116
Chapter 4 Macro-encapsulated PCM for Building Applications 121
4.1 Introduction to macro-encapsulated PCM 121
4.2 Macro-encapsulated PCM by hollow steel ball 124
4.2.1 Experimental work 124
4.2.2 Results and discussion 131
4.3 Macro-encapsulated PCM in metal box 137
4.4 Experimental assessment of position of macro-encapsulated PCM in
concrete walls on indoor temperatures 137
4.4.1 Materials selection and characterization 137
4.4.2 Test location and details of the room models 138
4.4.3 Results and discussion 140
4.5 Summary 149
References 151
Chapter 5 PCM Structural-functional Integrated Cement-Based Materials 154
5.1 Introduction to PCM/lightweight aggregate (LWA) 154
5.2 Materials, preparation and characterization of the PCM-LWA 156
5.2.1 Materials 156
5.2.2 Preparation of macro-encapsulated paraffin-LWA 157
5.2.3 Test methods 159
5.3 Materials and mix design-thermal energy storage LWA concrete (LWAC) …162
5.4 Experimental investigation 163
5.4.1 Test Methods for determining the properties of NWAC 163
5.4.2 Thermal performance of thermal energy storage LWAC—indoor testing 165
5.5 Test results and discussion 166
5.5.1 Scanning electron microscopy of LWA 166
5.5.2 Thermal conductivity improvement of macro-encapsulated paraffin-LWA 167
5.5.3 FT-IR spectroscopy anafysis of macro-encapsulated parafi5n-LWA 168
5.5.4 Thermal properties of macro-encapsulated paraffin-LWA 171
5.5.5 Thermal stability of macro-encapsulated paraffin-LWA 172
5.5.6 Thermal reliability of macro-encapsulated paraffin-LWA 173
5.5.7 Compressive strength of thermal energy storage NWAC 175
5.6 Summary 177
References 177
Chapter 6 Numerical Simulation of PCM in Buildings 180
6.1 Introduction to simulation methods for PCM 180
6.2 A numerical simulation for PCM application in different climates 181
6.2.1 Description of simulated building 181
6.2.2 Climate in five cities of China 183
6.2.3 Simulation details 184
6.2.4 Validation 186
6.3 Test results and discussion 188
6.3.1 Analysis of indoor temperature simulation 188
6.3.2 Analysis of building energy efficiency simulation 194
6.4 The simulation of PCM installed in different position of building envelopes 198
6.4.1 Comparison of indoor temperature 199
6.4.2 Comparison of building energy efficiency 201
6.5 Summary 202
References 202
Chapter 7 Economic Analysis for PCM Application 204
7.2 Static and dynamic economic analysis 205
7.2.1 Economic analysis procedure 205
7.2.2 Static economic analysis methods 207
7.2.3 Dynamic economic analysis methods 209
7.2.4 Parameter setting in economic analysis 211
7.3 The investment composition and income of PCMs technical scheme 212
7.3.1 Composition of cost of energy-saving scheme 212
7.3.2 Payback period results and discussion 212
7.4 Life cycle cost analysis for PCM application 216
7.4.1 PCMs scheme description 217
7.4.2 Life cycle cost analysis model 218
7.4.3 Life cycle cost analysis results and discussion 220
7.4.4 Sensitivity analysis 221
7.5 Summary 223
References 224
Chapter 8 Conclusions and Recommendations 226
8.1 Conclusions 227
8.2 Recommendations 230

VIP 5 折价格购买
3631
相变储能复合材料及其在建筑中的应用 邢锋 科学出版社 PDF电子教材 PDF电子书 大学教材电子版 电子课本 网盘下载(价值98元)【高清非扫描版】
文件格式:PDF
不挂科网【buguakeWang.com】:专注提供大学考试期末不挂科网课视频,课程适用期末/补考/重修的大学生们。猴博士爱讲课不挂科、蜂考高斯课堂不挂科、高数叔不挂科、高数帮不挂科、斐多课堂不挂科,学霸戴你飞不挂科全套网课视频课程。
【不挂科网】(buguakeWang.com) » 相变储能复合材料及其在建筑中的应用 邢锋 科学出版社 PDF电子教材 PDF电子书 大学教材电子版 电子课本 网盘下载(价值98元)【高清非扫描版】

常见问题FAQ

本站PDF电子教材/电子书版本标注说明
【高清原版 非扫描版】:非扫描,高清原版品质,文字可编辑 。
【高清非扫描版】:非扫描,高清品质,文字不可编辑。
已经购买的资源,有效期是多久?
账号内已购资源:百度网盘分享,永久有效,不过期。
网盘链接地址失效了怎么办?
本站学习资源因防盗链原因,每次生成链接有效期一般为30天,如遇链接地址过期失效, 请联系网站在线QQ客服并提供失效资源链接地址,工作时间内我们看到后将第一时间回复。
遇到付款失败,付款后没有生效怎么办?
理论上来说正常付款后不会出现此类问题,但是也会有部分用户因为网络等原因导致在付款的过程中会有一些小插曲。如果出现类似问题,大可不必惊慌,本站所有支付都会生成订单,不管成功还是失败,所以如果真正遇到网络问题导致付款失败您又不知道是否成功时,请提供 "付款凭证+个人中心用户名" 截图给在线QQ客服处理。
是否可以提供发票?
本站提供的知识付费课程、电子教材、期刊杂志、艺术名画等内容均为虚拟服务,不提供任何形式的发票。