Umfang:
1 online resource (833 pages)
Ausgabe:
1st ed.
ISBN:
9780123851291
Anmerkung:
Front cover -- Handbook of Green Building Design, and Construction: LEEDS®, BREEAM®, and Green Globes® -- Copyright -- Dedication -- Contents -- Foreword -- Acknowledgments -- Introduction -- The Green Movement-Myths, History, and Overview -- Green Building: Myths and Realities -- Myth 1: Green/sustainable buildings cost much more than conventional buildings -- Myth 3: Green buildings are often "unattractive" or "ugly" and lack the aesthetic quality of conventional buildings -- Myth 4: Green building is essentially about eco-friendly material selection -- Myth 5: Green buildings do not fetch higher rental rates or capital compared with traditional buildings -- Myth 6: Green buildings do not provide the comfort levels that many of today's tenants demand -- Myth 7: Green building products are often difficult to find -- Myth 8: Green building uses traditional tools and techniques and not cutting-edge technology -- Myth 9: Green building products don't work as well as traditional ones -- Myth 10: Building green is too difficult and complicated -- Myth 11: It is not possible to build a high-rise green building -- Myth 12: It is difficult or not possible to convert existing conventional buildings into energy efficient buildings -- Myth 13: Building green requires signing up for a green program or third-party certification -- Myth 14: Going green is an all-or-nothing proposition -- Myth 2: It's just another fad and therefore not particularly important -- Green Building and the Green Movement: Its History -- Green Building: An Overview -- The U.S. Built environment -- Chapter 1: Green Concepts and Vocabulary -- 1.1. The green building movement today -- 1.2. Green basics-what makes a building green? -- 1.3. Going green: incentives, barriers, and benefits -- 1.3.1. Tax Deductions and Incentives -- Tax Incentives Available for Commercial Buildings
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3.2.1. Principals of Green Design -- Integrated Design -- Site Selection -- Energy Efficiency -- Water Efficiency and Conservation -- Materials and Resources -- Indoor Environmental Quality and Safety -- Waste Management Issues -- Commissioning Operation and Maintenance -- Livable Communities and Neighborhoods -- 3.2.2. High-Performance and Intelligent Buildings -- 3.2.3. Building Information Modeling -- 3.3. High-Performance design strategies -- 3.3.1. Green Design Strategies -- 3.3.2. The Integrated Design Process -- 3.3.3. Green Building Design and the Delivery Process -- 3.3.4. Forming the Integrated Multidisciplinary Project Team -- 3.4. Design process for High-Performance buildings -- 3.5. Green project delivery systems -- 3.6. Traditional green design-Bid-Build project delivery -- 3.7. Green construction management -- 3.8. Green design-Build project delivery -- 3.8.1. Design-Build Process Basics -- 3.8.2. Factors That Impact the Decision to Choose Design-Build -- 3.8.3. AIA Design-Build Documents -- Chapter 4: Green Project Cost Monitoring and Closeout -- 4.1. Introduction -- 4.1.1. Project Evaluation and Analysis -- 4.2. Front-End analysis -- 4.2.1. Construction Documents Review -- 4.3. Requisition format -- Monthly Job Cost Reports -- 4.4. Site visits and observations -- 4.4.1. Lender's Pre-Construction Meeting -- 4.4.2. Pre-Construction Documents -- Notice of Commencement -- Notice to Proceed -- 4.4.3. Site/Project Walk-Through -- 4.4.4. Photo Documentation -- 4.5. Loan disbursements-draw application reviews -- 4.5.1. Value of Work in Place -- 4.5.2. Stored Materials Funding -- 4.5.3. Change Orders -- 4.5.4. Lender/Owner Retainage -- 4.5.5. General Conditions -- General Provisions -- Owner Responsibilities -- Contractor Role and Responsibilities -- Administration of the Contract -- Subcontracts and Subcontractor Relations
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5.4.2. Making the Transition -- 5.5. Building systems with BIM -- 5.5.1. Virtual Best Practices -- 5.5.2. AIA Document E202 -- 5.6. The future of BIM and its use worldwide -- 5.6.1. United Kingdom -- 5.6.2. France -- 5.6.3. Germany -- 5.6.4. Finland -- 5.6.5. Norway -- 5.6.6. Denmark -- 5.6.7. Hong Kong -- 5.6.8. China -- 5.6.9. Singapore -- Chapter 6: Green Building Materials and Products -- 6.1. Introduction -- 6.1.1. Definition of Green Building Materials and Products -- 6.1.2. Natural versus Synthetic Materials -- 6.1.3. Storage and Collection of Recyclables -- 6.2. Low-Emitting materials -- 6.2.1. Adhesives, Finishes, and Sealants -- 6.2.2. Paints and Coatings -- 6.2.3. Flooring Systems -- Carpet -- Polyvinyl Chloride/Vinyl -- Tile -- 6.2.4. Earthen Building Materials -- 6.2.5. Windows -- 6.2.6. Miscellaneous Building Elements -- Gypsum Wallboard (Drywall) -- Siding -- 6.2.7. Roofing -- Choosing Roofing Materials -- Extensive and Intensive Green Roofs -- 6.2.8. Wood -- Wood Types -- Framing -- 6.2.9. Concrete -- 6.3. Building and material reuse -- 6.3.1. Building Reuse -- Maintaining Structural Elements: Existing Walls, Floors, and Roof -- Potential Technologies and Strategies -- Interior Nonstructural Elements -- LEED Requirements -- 6.3.2. Materials Reuse -- Requirements of LEED -- LEED Potential Technologies and Strategies -- 6.4. Construction waste management -- 6.4.1. LEED Requirements -- 6.5. Recycled materials -- 6.6. Regional materials -- 6.6.1. LEED Requirements -- 6.7. Rapidly renewable materials -- 6.7.1. Bamboo -- 6.7.2. Cork -- 6.7.3. Insulation -- 6.7.4. Linoleum -- 6.7.5. Straw-Bale Construction -- 6.7.6. Wheat Board -- 6.8. Green office equipment -- 6.9. Forestry certification and certified wood -- 6.10. Life-cycle assessment and cost analysis of building materials and products -- 6.10.1. Life-Cycle Assessment
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6.10.2. Life-Cycle Cost Analysis
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Construction by Owner or Separate Contractors -- Changes in the Work -- Time and Schedule Requirements -- Payments and Completion -- Protection of Persons and Property -- Insurance and Bonds -- Uncovering and Correction of Work -- Miscellaneous Provisions -- Termination or Suspension of the Contract -- 4.5.6. Supplemental Conditions -- 4.5.7. Designer of Record/Administrator Sign-Off -- 4.6. Preparing the progress status report -- 4.6.1. Draw Applications-Documents Required -- 4.6.2. Waivers of Lien -- 4.6.3. Testing Reports -- 4.6.4. Daily Work Log -- 4.6.5. Construction Schedule and Schedule of Values -- 4.6.6. Project Progress Meetings -- 4.6.7. Stored Materials Funding and Documentation -- 4.6.8. Subcontracts and Purchase Orders -- 4.6.9. Payment and Performance Bonds -- 4.6.10. RFIs and Other Logs -- 4.6.11. Permits and Approvals -- 4.7. Final certification and project closeout -- 4.7.1. As-Built Drawings/Record Drawings -- 4.7.2. Contractor's Certificate of Compliance -- 4.7.3. Architect/Administrator's Certificate of Substantial Completion -- 4.7.4. Architect/Administrator's Certified Copy of Final Punch List -- 4.7.5. Certificates of Occupancy, Use, and Operation -- 4.7.6. Final Waivers of Lien -- 4.7.7. Miscellaneous Issues -- Commissioning and Warranties -- Architect's Supplemental Instructions -- Time Extensions -- Shop Drawing Submittal and Review Procedure -- Freedom of Information Letters -- 4.8. Quality control and quality assurance -- Chapter 5: Building Information Modeling -- 5.1. Brief history and overview -- 5.2. Basic benefits, challenges, and Risks of using BIM -- 5.2.1. Benefits of Using BIM -- 5.2.2. Risks Associated with Applying BIM to Sustainable Projects -- 5.3. Integrated project delivery-sharing intelligent data for sustainable solutions -- 5.4. Building form with BIM -- 5.4.1. Customizing BIM
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Deduction of the Cost of Energy-Efficient Property Installed in Commercial Buildings -- Extension of the Energy Investment Tax Credits -- Accelerated Depreciation for Smart Meters and Smart Grid Systems -- Tax Incentives Available for Residential Buildings -- Energy Efficiency Tax Credits for Existing Homes -- Renewable Energy Tax Credits for Existing or New Homes -- 1.3.2. Green Building Programs -- 1.3.3. Defining Sustainable Communities -- 1.3.4. Potential Risks of Building Green -- 1.4. Establishing measurable green criteria -- 1.5. Emerging directions -- Chapter 2: Components of Sustainable Design and Construction -- 2.1. Introduction -- 2.2. Green building evaluation systems -- 2.3. USGBC's LEED Certification and rating system -- 2.3.1. LEED Process Overview -- 2.3.2. How LEED Works -- 2.3.3. The LEED Points Rating System -- 2.3.4. The LEED Building Certification Model -- 2.3.5. LEED V3: What's New? -- 2.4. The green globes rating system -- 2.4.1. An Overview of the Green Building Initiative and Green Globes -- History and Background -- 2.4.2. Defining the Green Globes Rating System -- The Process -- 1.. Project Management: 50 Points -- 2.. Site: 115 Points -- 3.. Energy: 360 Points -- 4.. Water: 100 Points -- 5.. Resources: 100 Points -- 6.. Emissions, Effluents, and Other Impacts: 75 Points -- 7.. Indoor Environment: 200 Points -- 2.4.3. Green Globes-An Alternative to LEED? -- 2.5. Green rating standards used worldwide -- 2.5.1. LEED -- 2.5.2. Green Globes -- 2.5.3. ENERGY STAR -- 2.5.4. Other Green Building Standards Worldwide -- Australia -- Canada -- China -- France -- Germany -- India -- Israel -- Japan -- Malaysia -- Mexico -- New Zealand -- South Africa -- United Kingdom -- United States -- Chapter 3: Green Design and the Construction Process -- 3.1. Introduction -- 3.2. Green building principles and components
Weitere Ausg.:
Print version Kubba, Sam Handbook of Green Building Design and Construction San Diego : Elsevier Science & Technology,c2012 ISBN 9780123851284
Sprache:
Englisch
Schlagwort(e):
Electronic books
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