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液體介質(zhì)節(jié)能窗技術(shù)與應用 版權(quán)信息
- ISBN：9787502468880
- 條形碼：9787502468880 ; 978-7-5024-6888-0
- 裝幀：一般膠版紙
- 冊數(shù)：暫無
- 重量：暫無
- 所屬分類：>
液體介質(zhì)節(jié)能窗技術(shù)與應用 內(nèi)容簡介
本書的主要內(nèi)容為一種新型的圍護結(jié)構(gòu)節(jié)能技術(shù), 液流窗的介紹及其熱性能研究成果。具體包括7個章節(jié)內(nèi)容。分別涉及研究背景及節(jié)能窗體技術(shù)的發(fā)展 ; 該節(jié)能液流窗的熱性能實驗研究 ; 針對其結(jié)構(gòu)和設(shè)計參數(shù)開展的優(yōu)化研究 ; 考慮民用和公共建筑等不同用戶特性而開展的應用優(yōu)化研究。
液體介質(zhì)節(jié)能窗技術(shù)與應用 目錄
1 Introduction
1．1 Single Glazing
1．2 Double Glazing System
1．3 Multi glazing System
1．4 Liquid Flow Window
2 Experimental Investigation of Thermal Performance of Double Glazing Liquid Flow Window
2．1 Research Method
2．1．1 Experiment Set Up
2．1．2 Measuring Instrument
2．2 Experiments and Results Analysis
2．2．1 Water Flow Window Performance
2．2．2 Anti-freezing Liquid Flow Window Performance
2．2．3 Performance Comparison of Water and Anti-freezing Liquid Flow Window
2．3 Summary
3 Schematic Optimization of Liquid Flow Window
3．1 Research Methodology
3．1．1 Mathematical Models Development
3．1．2 Model Validation
3．2 Performance Evaluation with the Variation of Schematic Parameters
3．2．1 Thermal Performance at Different Cavity Spaces
3．2．2 Thermal Performance Comparison with Various Pipe-work Designs
3．2．3 Thermal Performance Evaluation with Variation of Window Dimension
3．3 Summary
……
4 Performance Evaluation with PCM Thermal Storage： for Residential and Office Buildings Hot Water Demand Patterns
5 Liquid Flow Window Performance under Different Climate Applications
6 Life Cycle Assessment of Liquid Flow Window
7 Summary and Major Conclusions
References
1．1 Single Glazing
1．2 Double Glazing System
1．3 Multi glazing System
1．4 Liquid Flow Window
2 Experimental Investigation of Thermal Performance of Double Glazing Liquid Flow Window
2．1 Research Method
2．1．1 Experiment Set Up
2．1．2 Measuring Instrument
2．2 Experiments and Results Analysis
2．2．1 Water Flow Window Performance
2．2．2 Anti-freezing Liquid Flow Window Performance
2．2．3 Performance Comparison of Water and Anti-freezing Liquid Flow Window
2．3 Summary
3 Schematic Optimization of Liquid Flow Window
3．1 Research Methodology
3．1．1 Mathematical Models Development
3．1．2 Model Validation
3．2 Performance Evaluation with the Variation of Schematic Parameters
3．2．1 Thermal Performance at Different Cavity Spaces
3．2．2 Thermal Performance Comparison with Various Pipe-work Designs
3．2．3 Thermal Performance Evaluation with Variation of Window Dimension
3．3 Summary
……
4 Performance Evaluation with PCM Thermal Storage： for Residential and Office Buildings Hot Water Demand Patterns
5 Liquid Flow Window Performance under Different Climate Applications
6 Life Cycle Assessment of Liquid Flow Window
7 Summary and Major Conclusions
References
展開全部
液體介質(zhì)節(jié)能窗技術(shù)與應用 作者簡介
呂原麗，西華大學副教授。近三年成果A.承擔和參與項目：主持項目(1)真空水流窗的熱特性及其節(jié)能研究，國家自然科學基金青年基金，2019-2021，在研(2)基于建筑動態(tài)負荷特性的真空水流窗應用節(jié)能優(yōu)化研究,2019年四川省留學人員科技活動項目，2020-2022，在研(3)高級液流窗強化熱利用及其優(yōu)化，內(nèi)蒙古自治區(qū)教育廳高校項目，2017-2019，在研參與項目(1)基于新型直接接觸式儲熱的熔融PCM射流破碎機理研究，國家自然科學基金青年基金，2018-2020，在研B.所獲榮譽西華大學青年學者C.發(fā)表論文：[1]Y.L.Lyu,W.J.Liu,H.Su,X.Wu.(2019)Numericalanalysisontheadvantagesofevacuatedgapinsulationofvacuum-waterflowwindowinbuildingenergysavingundervariousclimates.Energy,175,353-364.(SCI,1區(qū))[2]Y.L.Lyu,X.Wu,C.Y.Li,H.Su,L.J.He.(2019)Numericalanalysisontheeffectivenessofwarmwatersupplyinwaterflowwindowforroomheating.Solarenergy,177,347-354.(SCI,2區(qū))[3]Y.L.Lyu,W.J.Liu,T.T.Chow,H.Su,X.J.Qi.(2019)Pipe-workoptimizationofwaterflowwindow.Renewableenergy,139,136-146.(SCI,2區(qū))[4]Y.L.Lyu,T.T.Chow*,J.L.Wang.(2018)Numericalpredictionofthermalperformanceofliquid-flowwindowindifferentclimateswithanti-freeze.Energy,157,412-423.(SCI,1區(qū))[5].T.T.Chow,Y.L.Lyu*(2017)Effectofdesignconfigurationsonwaterflowwindowperformance.Solarenergy,155,354-362.(SCI,2區(qū))[6]T.T.Chow,Y.L.Lyu*.(2017)NumericalanalysisontheadvantageofusingPCMheatexchangerinliquid-flowwindow.Appliedthermalengineering,125,1218-1227.(SCI,2區(qū))[7]Y.L.Lyu*,C.Liu,H.Su.(2019)Thermalperformancepredictionofwatermediumwindow:acasestudyinhotsummercoldwinterclimate.ABS2019,Bern,Switzerland,28-29O
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