濠电姷鏁告慨鐑藉极閹间礁纾绘繛鎴烆焸濞戞瑦鍎熼柕濞垮劚閻庮參姊洪崗鑲┿偞闁哄懏绮岄悾鐑藉蓟閵夛箑鈧敻鏌ㄥ┑鍡涱€楅柡瀣〒缁辨帡鍩€椤掑嫬纾兼慨妯垮亹閸炵敻鏌i悩鐑樸€冮悹鈧敃鈧嵄闁告稑枪娴滄粓鏌ㄩ弴妤€浜鹃悗娈垮枛婢у酣骞戦姀鐘斀閻庯綆浜跺ḿ濠囨⒑缂佹◤顏勵嚕鐠虹洅鎺楀箛閻楀牃鎷洪梻鍌氱墛缁嬫帡骞栭幇顓犵鐎瑰壊鍠栭獮鏍煟閿濆懎妲绘い顐g箘閹瑰嫰鎼归悷鏉跨闂傚倷绶氶埀顒傚仜閼活垱鏅舵导瀛樼厾濡わ箒娉曠花鍧楁煏閸ャ劌濮嶆鐐村浮楠炲鎮滈崱姗嗘(闂傚倸鍊风粈渚€骞栭位鍥敍閻愭潙鈧埖绻濋棃娑氬妞ゃ儲宀搁弻娑⑩€﹂幋婵囩亐濠碘剝褰冮悧鎾诲蓟閿熺姴绀冮柍鍝勫€搁弳妤呮⒑娴兼瑧绉ù婊庡墰濡叉劙骞掑Δ鈧儫閻熸粌閰e鎶藉煛閸愵亞锛滈柡澶婄墑閸斿秹藟閸儲鐓涘ù锝堫潐瀹曞矂鏌℃担瑙勫磳闁轰焦鎹囬弫鎾绘晸閿燂拷 [闂傚倸鍊搁崐宄懊归崶顒佸剭妞ゆ劧绠戦獮銏ゆ煃鏉炴壆鍔嶆い鏂垮缁辨捇宕掑顑藉亾閸濄儳鐭欓柛鏇ㄥ灠缁狀垶鏌ㄩ悤鍌涘 | 闂傚倸鍊搁崐鐑芥嚄閼哥數浠氱紓鍌欒兌缁垶宕濆Δ鍐ㄥ灊闁哄啫鐗婇崐濠氭煢濡警妲搁柣搴弮濮婅櫣绮欓幐搴㈡嫳闂佺硶鏅涢崯鏉戭嚕閹间礁鍐€妞ゆ挾鍠撻崢顏呯節閻㈤潧浠滈柣蹇旂箞瀹曟繂顫濋懜鐢靛幐闂佺ǹ鏈〃鍛閿燂拷]

    • 建筑环境人体热适应规律与调节机理(英文版)(精)/清华大学优秀博士学位论文丛书
      • 作者:罗茂辉|责编:王倩
      • 出版社:清华大学
      • ISBN:9787302671695
      • 出版日期:2024/09/01
      • 页数:160
    • 售价:47.6
  • 内容大纲

        建筑环境人体热适应研究旨在满足人员健康舒适需求,同时降低采暖空调能耗。本书基于我国居民的热适应规律,发现人体热适应动态规律及其方向性特征,提出“需求因子”来定量反映这种特征规律;并通过人工气候室实验和现场实测相结合的方法,揭示了生理习服和心理适应的基本规律及其作用效果;最后基于PMV经典传热模型和热适应理论框架,构建了可刻画行为调节、生理习服、心理适应和物理改善作用效果的适应性热平衡理论模型,对构建新型热舒适数据库具有指导意义。本书可作为相关专业科研人员、教师和研究生的参考书,也可供相关领域高级工程技术人员阅读和参考。
  • 作者介绍

  • 目录

    1  Introduction
      1.1  Background
        1.1.1  Practical Values of Thermal Comfort Research
        1.1.2  Challenges in Adaptive Thermal Comfort
        1.1.3  New Progress in Adaptive Thermal Comfort Research
      1.2  Literature Review
        1.2.1  Thermal Comfort Introduction
        1.2.2  Heat Balance Comfort Models
        1.2.3  Adaptive Thermal Comfort
        1.2.4  Summary and Comment
      1.3  Research Design
        1.3.1  Content and Technical Route
        1.3.2  Thesis Framework
      References
    2  Indoor Climate Experience and Thermal Comfort Expectation in Buildings
      2.1  Background
        2.1.1  Air-Conditioning and Indoor Thermal Environment
        2.1.2  Thermal Comfort Expectation
        2.1.3  Objectives of This Study
      2.2  Method
        2.2.1  Wintertime Indoor Temperatures in China
        2.2.2  Subject Groups
        2.2.3  Survey Design
        2.2.4  Data Analysis
      2.3  Results
        2.3.1  Indoor Thermal History and Thermal Adaptation
        2.3.2  Dynamic Changes in Thermal Adaptation
        2.3.3  Dynamic Changes of Humidity Adaptation
        2.3.4  Overall Acceptability
      2.4  Discussion
        2.4.1  The Asymmetry of Thermal Adaptation
        2.4.2  Practical Implication
        2.4.3  Limitations and Future Challenges
      2.5  Conclusion
      References
    3  The Timescale of Thermal Comfort Adaptation in Heated and Unheated Buildings
      3.1  Background
        3.1.1  Dynamic Characteristics of Thermal Comfort
       Adaptation
        3.1.2  Objectives of This Chapter
      3.2  Method
        3.2.1  Field Study Design
        3.2.2  Physical Parameters Measurement
        3.2.3  Subjective Questionnaire
        3.2.4  Data Processing
      3.3  Results
        3.3.1  Measured Indoor Thermal Parameter
        3.3.2  Subjective Comfort Perception
        3.3.3  Thermal Perceptions of Each Subgroup
      3.4  Discussion

        3.4.1  Dynamics of Thermal Adaptation to Cold Environment
        3.4.2  Practical Implication
        3.4.3  Limitations and Future Challenges
      3.5  Conclusions
      References
    4  Indoor Climate and Physiological Acclimation
      4.1  Statement of the Problem
        4.1.1  Indoor Climate and Physiological Adaptation
        4.1.2  Objectives of This Chapter
      4.2  Method
        4.2.1  Overall Experimental Plan
        4.2.2  Subjects Information
        4.2.3  Experimental Protocol
        4.2.4  Physiological Measurements
        4.2.5  Subjective Questionnaire
      4.3  Representative Physiological Parameters
        4.3.1  Basic Characteristics of Physiological Response
        4.3.2  Selecting Representative Physiological Parameters
        4.3.3  Physiological Acclimation to Cold Exposure
      4.4  Long-Term Physiological Acclimation
        4.4.1  Experiment Supplement
        4.4.2  Basic Characteristics of Physiological Acclimation
        4.4.3  The Time-Scale of Physiological Acclimation
        4.4.4  Weighting Factors of Physiological Acclimation
      4.5  Short-Term Physiological Regulation
        4.5.1  Experiment Supplement
        4.5.2  Metabolic Rate Changes and Its Description
      4.6  Conclusions
      References
    5  Personal Control and Its Phyeological Effects on Thermal Adaptation
      5.1  Background
        5.1.1  Personal Control of Indoor Thermal Environment
        5.1.2  The Missing Linkage Between Personal Control
       and Thermal Comfort
        5.1.3  Objectives of This Chapter
      5.2  Personal Control and Thermal Comfort Improvement
        5.2.1  Field Investigation Design
        5.2.2  Indoor Thermal Environment Comparison
        5.2.3  Thermal Comfort Comparison
        5.2.4  Adaptive Behaviors
      5.3  The Missing Linkage Between Personal Control and Thermal Comfort
        5.3.1  Experiment Design
        5.3.2  The Psychological Effect of Personal Control
        5.3.3  The Physical Effect of Persona Control
      5.4  Conclusions
      References
    6  Adaptive Heating Balance Comfort Model
      6.1  Background
        6.1.1  Method Overview
      6.2  Adaptive Heat Balance Comfort Model Development

        6.2.1  Behavior Adjustment and It's Model Embodiment
        6.2.2  Physiological Acclimation and It's Model Embodiment
        6.2.3  Psychological Effects and It's Model Embodiment
        6.2.4  Physical Environment Improvement and It's Model
       Embodiment
        6.2.5  Effects of Demand Factor
        6.2.6  Application of Adaptive Heat Balance Comfort Model
      6.3  Conclusions
      References
      Summary
      References
    Appendix A: Online Survey for Indoor Thermal Comfort
    Appendix B: Field Investigation Questionnaire on Thermal Comfort
    Appendix C: Questionnaire for Physiological Test
    Appendix D: Questionnaire for Psychological Test