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Environmental Design of Residential Housing for Sustainable Development

ABSTRACT第3页
ACKNOWLEDGEMENTS第4-5页
TABLE OF CONTENTS第5-11页
LIST OF TABLES第11-12页
LIST OF FIGURES第12-13页
CHAPTER Ⅰ. SUSTAINABLE DEVELOPMENT AND HUMAN WELL-BEING第13-19页
    Ⅰ.1: Introduction on sustainable development第13-14页
    Ⅰ.2: World vision on sustainable development第14-15页
    Ⅰ.3: Overview on sustainable building第15-17页
    Ⅰ.4: Relationship between housing and human health第17页
    Ⅰ.5: Terminology on human health and housing第17-19页
PART ONE: THEORETICAL PART ON SUSTAINABLE RESIDENTIAL HOUSING DESIGN第19-108页
    CHAPTER Ⅱ. SUSTAINABLE SITEWORK APPROACHES第20-23页
        Ⅱ.1: Introduction第20页
        Ⅱ.2: Environmental impact statement(EIS)第20-21页
        Ⅱ.3: Sustainable landscaping materials第21页
        Ⅱ.4: Principles of sustainable landscape construction第21-23页
    CHAPTER Ⅲ: REMEDIATING CONTAMINATED SITES第23-31页
        Ⅲ.1: Introduction第23页
        Ⅲ.2: Types of sites and contamination第23-27页
            Ⅲ.2.1: List of typical contaminated sites第24-25页
            Ⅲ.2.2: lllustration of typical contamination progression of a site第25-27页
        Ⅲ.3: General remediation strategies第27-29页
            Ⅲ.3.1 Remediation plan第27-28页
            Ⅲ.3.2: In-situ theory treatment of soil and groundwater第28-29页
        Ⅲ.4: Overview on treatment technology第29-31页
            Ⅲ.4.1: Treatment of extracted groundwater第29-30页
            Ⅲ.4.2: Off-gas treatment第30页
            Ⅲ.4.3: In-situ containment第30页
            Ⅲ.4.4: Ex-situ treatment of excavated materials第30-31页
    CHAPTER Ⅳ: CLIMATE CHANGE AND HOUSING FORMS DESIGN第31-47页
        Ⅳ.1: Climate and weather第31-35页
            Ⅳ.1.1: Definitions第31页
            Ⅳ.1.2: Importance of knowledge of climate properties第31-32页
            Ⅳ.1.3: Climate classification第32页
            Ⅳ.1.4: Development of climatic classification systems第32-33页
            Ⅳ.1.5: The Trewartha climate classification system for building design and construction第33-35页
        Ⅳ.2: Guidelines and others approximations for creating buildings with good thermal performances第35-47页
            Ⅳ.2.1: Designing for the warm-humid climate第35-38页
                A: Climate第35-36页
                B: Specific design and construction guidelines第36-38页
            Ⅳ.2.2: Design and building for the hot-dry climate第38-41页
                A: Climate第38页
                B: Selecting building forms and operating strategies第38-41页
            Ⅳ.2.3: Designing and building for cold climates第41-45页
                A: Climate第41-42页
                B: Basic forms of heat loss experienced in buildings第42-43页
                C: Selecting building forms and operating strategies that respond to cold climates第43-45页
            Ⅳ.2.4: Designing and building for the temperate climate第45-47页
                A: Climate第45页
                B: Selecting building forms and operating strategies that respond to the temperate climate第45-47页
    CHAPTER Ⅴ: SUSTAINABLE CONSTRUCTION MATERIALS第47-67页
        Ⅴ.1: Introduction第47页
        Ⅴ.2: Definitions第47页
        Ⅴ.3: Product selection criteria for sustainable building materials第47-67页
            Ⅴ.3.1: Overall materials/products selection criteria第48-50页
            Ⅴ.3.2: Three basic steps of products selection第50-51页
            Ⅴ.3.3: Types of materials第51-67页
    CHAPTER Ⅵ: CONSTRUCTION SYSTEM GUIDELINES AND BENEFITS第67-76页
        Ⅵ.1: Community design issues第67-68页
        Ⅵ.2: Site work第68-69页
        Ⅵ.3: Foundation第69页
        Ⅵ.4: Structural frame第69-70页
        Ⅵ.5: Exterior finish第70页
        Ⅵ.6: Plumbing第70-71页
        Ⅵ.7: Electrical第71页
        Ⅵ.8: Appliances第71-72页
        Ⅵ.9: Roofing第72页
        Ⅵ.10: Insulation第72页
        Ⅵ.11: Windows第72-73页
        Ⅵ.12: Heating,ventilation and air conditioning(HVAC)第73-74页
        Ⅵ.13: Renewable and solar energy第74页
        Ⅵ.14: Indoor air quality第74-75页
        Ⅵ.15: Flooring第75-76页
    CHAPTER Ⅶ: EFFICIENT EQUIPMENT AND USE第76-108页
        Ⅶ.1: Water efficiency第76-83页
            Ⅶ.1.1: Reducing water demand第76-79页
            Ⅶ.1.2: Using rainwater第79-81页
            Ⅶ.1.3: Wastewater re-use第81-83页
        Ⅶ.2: Energy efficiency第83-94页
            Ⅶ.2.1: Energy sources第83-94页
                Ⅶ.2.1.1: Energy appliances:white goods using第83-88页
                Ⅶ.2.1.2: Lighting第88-94页
                    A: Types of lights第89-92页
                    B: Efficient lighting choosing(Choose the right light)第92-94页
        Ⅶ.3: Heating and cooling第94-108页
            Ⅶ.3.1: Introduction to the heating guidelines第94-95页
            Ⅶ.3.2: Heating energy choices第95-96页
            Ⅶ.3.3: Central heating第96-98页
            Ⅶ.3.4: Space heating第98-101页
            Ⅶ.3.5: Introduction to the cooling guidelines第101-105页
                A: Mechanical cooling devices第101-103页
                B: Refrigerated coolers(Air conditioners)第103-105页
            Ⅶ.3.6: Alternative heating and cooling exchangers第105-106页
            Ⅶ.3.7: Practical tips for heating and cooling第106-108页
PART TWO: RESEARCH PROJECT DESIGN第108-139页
    CHAPTER Ⅷ: HEATING, VENTILATION AND AIR CONDITIONING (HVAC) LOAD CALCULATIONS FOR A RESIDENCE-STUDIO AT WUHAN CITY第110-139页
        Ⅷ.1. Introduction第110页
        Ⅷ.2. Object of the research project第110页
        Ⅷ.3. Load calculations system第110页
        Ⅷ.4. Equations for RHVAC load calculations第110-124页
        Ⅷ.5. Load calculations project description第124-139页
            1. Design project data for Wuhan city第124-125页
            2. Duct sizing inputs for Wuhan city第125页
            3. Rooms loads data/General第125-126页
            4. Materials characteristics第126页
            5. Rooms loads data/Item description/Living and designation第126-127页
            6. Room loads data/Item description/Bedroom第127页
            7. Room loads data/Item description/Kitchen and Bath room第127-128页
            8. Rooms loads summary第128页
            9. Cooling system summary第128-131页
            10 .Choice of HVAC equipment第131页
            11. Total Residence-studio loads summary第131-134页
                a. Components description第131-132页
                b. Check figures第132页
                c. Residence-studio loads第132-134页
            12. Duct static pressure loss calculation第134-135页
            13. Adequate exposure diversity(AED)第135-136页
            14. HVAC loads preview report for the project第136页
            15. HVAC miscellaneous project report第136-138页
                a. Input data第136页
                b. Duct sizing inputs第136页
                c. Outside air data第136-138页
            16. Final project report第138-139页
Result analysis and comments on the Research project第139-140页
Conclusion and Recommendations第140-142页
References第142-145页
APPENDIX: Abbreviations第145-146页

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