[1] Ad Hoc Committee on Emission Factors.Emission Factors for Greenhouse and Other Gases by Fuel Type:an Inventory[R].Canada:EMR,1990.[2] R.S.Means Company.Means Man Hour Standards for Construction[R].America:Massachusetts,1992.[3] R.S.Means Company.Building Construction Cost Data[R].Canada:Kingston,1999.[4] COLE R J,ROUSSEAU D.Environmental Auditing for Buildings Construction:Energy and Air Pollution Indices for Building Materials[J].Buildings and Environment,1992,27(1):23-30.[5] COLE R J.Energy and Greenhouse Gas Emissions Associated with the Construction of Alternative Structural Systems[J].Building and Environment,1999,34:335-348.[6] BJRKLUND T,JNSSON ,TILLMAN A M.LCA of Building Frame Structures:Environmental Impact over the Life Cycle of Concrete and Steel Frames[J].International Journal of Life Cycle Assessment 1998,3(4):216-224.[7] CANADIAN W C.A Case Study:Comparing the Environmental Effects of Building Systems[R].Canada:Ottawa,1997.[8] Energy Information Administration.A Look at Commercial Buildings in 1995:Characteristics,Energy Consumption and Energy Expenditures[R].America:Washington,1998.[9] GORGOLEWSKI M.Environmental Assessment of Steel Piling[R].England:Berkshire,1999.[10] HENDRICKSON C,HORVATH A,JOSHI S,et al.Economic Input-Output Models for Environmental Life-Cycle Assessment.Environ[J].Sci. Technol.,1998,32(7):184-191.[11] HORVATH A,HENDRICKSON C T.Steel Versus Steel Reinforced Concrete Bridges:Environmental Assessment[J].J.Infrastruct.Syst.,1998,4(3):111-117.[12] American Institute of Architects(AIA).Environmental Resource Guide[R].America:New York,1999.[13] U.S.Environmental Protection Agency.The Emissions and Generation Resource Integrated Database(EGRID)[EB/OL].[2014-08-20].http://www.epa.gov/airmarkets/egrid/html.[14] JOANNA G,DONALD O W,TIMOTHY A G.Langrish,Wood Versus Concrete and Steel in House Construction—A Life Cycle Assessment[J].Journal of Forestry,2002,100(8):34-41.[15] MEDGAR L.MARCEAN,MARTHA G.VanGeem,Life Cycle Assessment of an Insulating Concrete Form House Compared to A Wood Frame House[R].America:PCAR & D,2002.[16] GUGGEMOSc A A.Environmental Impacts of On-Site Construction Processes:Focus on Structural Frames[D].Berkeley:University of California,2003.[17] GUGGEMOS A A,HORVATH A.Framework for Environmental Analysis of Commercial Building Structures.Proc.,Construction Research Congress,Construction Research Council[C].America:ASCE,2003.[18] GUGGEMOS A A,HORVATH A.Comparison of Environmental Effects of Steel and Concrete-Framed Buildings[J].Journal of Infrastructure Systems,2005,11(2):93-101.[19] GUSTAVSSION L,ROGER S.Variability in Energy and Carbon Dioxide Balances of Wood and Concrete Building Maerials,Building and Environment,2006,41(7):940-951.[20] GERILLA G P,TEKNOMO K,HOKAO K.An Environmental Assessment of Wood and Steel Reinforced Concrete Housing Construction[J].Building and Environment,2007,42(7):2 778-2 784.[21] ARIMA T.Wood construction as “Urban Forest Reserves”[C].Italy:Trentino,2010.[22] ROSSI B,ANNE-FRANCOISE M,SIGRID R.Life-Cycle Assessment of Residential Building in Three Different European Locations,Case Study[J].Building and Environment,2012,51(5):402-407.[23] LI Shenghan.Embodied Environmental Burdens of Wood Structure in Taiwan Compared with Reinsforced Concrete and Steel Structures with Various Recovery Rates[J].Applied Mechanics and Materials,2012,174:202-210.[24] SCHMIDT J,GRIFFIN C T.Barriers to the Design and Use of Cross-Laminated Timber Structures in High-Rise Multi-Family Housing in the United States[C].Portugal:Guimaraes,2013.[25] GRIFFIN C T,DONVILLE E,THOMPSON B,et al.A Multi-Performance Comparison of Long-Span Structural Systems[C].Porgugal:Guimaraes,2013.[26] BRINNEL V,MUNSTERMANN S,BLECK W,et al.Sturctural Requirements and Material Solutions for Sustainable Buildings[J].Revue de Metallurgie,2013,110:37-46.[27] KIM S,MOON J H,SHIN Y,et al.Life Comparative Analysis of Energy Consumption and CO2 Emissions of Different Building Structural Frame Types[J].The Scientific World Journal,2013,2013:1-5.[28] PONGIGLIONE M,CALDERINI C.Material Savings Through Structural Steel Reuse:A Case Study in Genoa[J].Resoures,Conservation and Recycling,2014,86(5):87-92.[29] ALCORN J A,BAIRD G.Use of a Hybrid Energy Analysis Method for Evaluating the Embodied Energy of Building Materials[J].Renewable Energy,1996,8(1-4):319-322.[30] BUCHANAN A H,HONEY B G.Energy and Carbon Dioxide Implications of Building Construction[J].Energy and Buildings,1994,20(3):205-217.[31] LAWSON W.Embodied Energy of Building Materials[D].Melbourne:Royal Australian Institute of Architects,1995.[32] CANADIAN WOOD COUNCIL (CWC).Life Cycle Analysis for Residential Buildings[EB/OL].[2014-08-20].www.cwc.ca/ publications/tech_bulletins/tech_bull_5/html.[33] LIPPKE B,WILSON J,PEREZ-GARCIA J,et al.CORRIM:Life-Cycle Environmental Performance of Renewable Building Materials[J].Forest Products Journal 2004,54(6):8-19.[34] United Nations Centre for Human Settlements.Energy for building[R].Nairobi:UN-HABITAT,1992.[35] BUCHANAN A H,LEVINE S B.Wood-Based Building Materials and Atmospheric Carbon Emissions[J].Environmental Science & Policy 1999,2(6):427-437.[36] BORJESSON P,GUSTAVSSON L.Greenhouse Gas Balances in Building Construction:Wood Versus Concrete from Lifecycle and Forest Landuse Perspectives[J].Energy Policy,2000,28(9):575-88.[37] PETERSEN A K,SOLBERG B.Environmental and Economic Impacts of Substitution Between Wood Products and Alternative Materials:A Review of Micro-Level Analyses From Norway and Sweden[J].Forest Policy and Economics 2005,7(3):249-259.[38] LENZEN M,TRELOAR G.Embodied Energy in Buildings:Wood Versus Concrete—Reply to Borjesson and Gustavsson[J].Energy Policy,2002,30(3):249-255.[39] SimaPro.PRéConsultants,Amersfoort[CP/OL].[2014-08-20].www.pre.nl/simapro/html.[40] International Code Council.International Energy Conservation Code[R].America:Falls Church,1998.[41] Visual doe 2.6.Eley Associates[CP/OL].[2014-08-20].http://www.eley.com/gdt/visualdoe/index.html.[42] International Organization for Standardization.Environmental Management-Life Cycle Assessment-Principles and Framework ISO14040[R].Switzerland:Geneva,1997. |