3 n; d- z. z: _* PThe accepted **s will be published in Procedia Engineering by Elsevier. Procedia Engineering is on Elsevier content platform ScienceDirect, and will also be indexed by Scopus. All **s in Procedia Engineering will be submitted for EI Indexing./ J% a- v& b0 o
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第一轮截稿日期:2011年5月16日 % z6 B. P8 i7 z7 _% W, i8 }( B$ U
第一轮录用通知发放日期:2011年5月26日) t6 G1 k9 ]* s/ x6 s5 E
第二轮截稿日期:2011年6月16日 - K4 j3 ]. q/ d" R$ D6 C第二轮录用通知发放日期:2011年6月26日8 G0 L: R, y- ?0 h& D
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会议日期:2011年9月15日-16日- ]% o0 M. u; ^# ^
) e# I# I$ `$ U! ~0 s( \会议地点:Faculty of Engineering University of Bologna V.le Risorgimento, 2 & \: v+ R* U+ K* q+ ?4 Z7 W+ |# iBologna, Italy) P; E# G! I$ M% i0 V- k5 P
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更多详情请参见GBSC 2011官方网站:# f8 u: n1 c" i$ V) H www.gbsc2011.org) A5 C2 G& F) I8 W9 }% O$ P
% e' [$ W/ d3 W4 y' ?会议主办方(部分):; ?1 @+ b! Y/ B; L, o% N
Alma Mater Studiorum - Università di Bologna (Bologna University, Italy) # `! R/ @3 l0 U. D% O7 E# z意大利博洛尼亚大学 K3 t, |1 U- }- L' S$ sDepartment of Architecture and Spatial Planning, University of Bologna0 n% |3 m8 Q! E! m
意大利博洛尼亚大学建筑与空间规划系: U. C8 G: ?: R! T5 `
Association of the Architects of the Bologna Province, Bologna, Italy 6 j/ ~' z; s7 Y: i& w$ g意大利博洛尼亚省建筑师协会 p. X% P' T: @$ a. i( \1 y1 y- l
Association of Engineers of the Bologna Province, Bologna, Italy7 a' g" m, A/ U. L0 r. t7 T
意大利博洛尼亚省工程师协会: P- O/ @) l* W+ p
International Association of Engineering Technology (IAET), Hongkong, China, |& E! s9 D9 }: a
香港工程技术国际协会 # y Z/ d$ g+ m. ]5 j* d3 e. `+ uAsia-Pacific Association for the Advancement of Science (APAAS), Hongkong, China ' s" z) d" u+ Y x# Q5 ~8 K4 ~香港亚太科学促进协会9 |8 m9 o5 p* r3 \& E! D U
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本次会议主题如下: , g! X3 N- V8 Q: q* {+ pSustainable Urban Planning 可持续城市规划 ( m) Y# i9 c5 j. b5 }* a) xMethods and techniques for sustainable assessment 可持续性评估的方法和技术 4 a8 [) W! M% v8 D0 {9 \
Environmental monitoring and resource management 环境监测和资源管理 1 U3 B) K8 z# e" }" a2 c* }Sustainable agriculture/ natural resource exploitation 可持续农业/天然资源开采 7 U7 ~9 g \! V5 `5 P2 USustainable Water Solutions 可持续水资源的解决方案 , k% d" u# @4 p7 g; PArchitecture Landscape and regional planning 建筑景观和区域规划 N" k0 I2 Z( W. z
Sustainable economic development policies 可持续的经济发展政策 ; ^" t6 t: \0 S% f3 O" U
GIS for sustainable urban development 支撑城市可持续发展的地理信息系统( K7 P, m1 `# j C. B. |, c, k
Water management and optimization design 水资源管理及优化设计 ! w, d a0 D6 p/ F" |2 S
Carbon Emissions and Climate Change 碳排放和气候变化 ; m1 Y7 [2 L& m- ]- }
Urban informatics for sustainability 可持续性城市信息学1 \( l8 L7 @8 G, m/ r& H/ }: I
Management of urban systems 城市系统的管理 0 s' ~6 e3 R: K3 Z8 }! f
Life-cycle engineering of urban infrastructure 城市基础设施的生命周期工程 1 o9 m% m' |* N, N, q1 K2 cLand economics for urban development 城市发展的土地经济学 * A) A0 k, d, ^8 n) O- }
Urban and Transportation Sustainability 城市和交通的可持续性! g2 k% n2 n' Z
Transition from rural to urban living 从农村生活向到城市生活的转变 2 O9 T& o1 ~/ G" I: ]Healthy and quality urban living 健康和高质量的城市生活 0 w* X' s0 H' L& w. v0 f l: Q- {3 qNew concepts for urban sustainability environment 城市环境可持续发展的新概念 + v$ ^1 G u7 j5 g2 j
Effect of urbanization on environment 城市化对环境的影响 ! `2 _2 I, r" m6 _% @4 ?
Monitoring of environmental changes 环境变化的监测 * w* d- R: |, a, I8 `Urban pollution control 城市污染控制 ) T$ f4 ]& Y/ b! N# b! f! |( s: y
Urban waste treatment and recycling 城市废物处理和回收利用 : H% ^. T- d, t8 \; t+ s
Conservation and reuse energy in urban 城市的能源节约与再利用 $ n" Y8 {9 Z# R: vEnergy efficient design of urban infrastructure 城市基础设施的节能设计4 F. h- [) z6 u1 m' Z
Energy efficient transportation 节能高效的运输系统- i, h- z1 }" b0 C
District energy systems 区域能源系统 # }# L2 p `# Z$ N5 c7 o
Renewable energy technologies in urban 城市的可再生能源技术 . P0 \; f; Q1 y+ _9 \ c$ eInnovative construction (Project management and methods) 创新建设(项目管理和方法) 2 H. o- y: f7 h* e( o9 _$ d) \Intelligent environments 智能环境 7 u) N! m. f; |) l" K9 a5 R/ f& bApplied Environmental Modeling 环境应用模型 + J, q- U, W5 E5 K. h# pConceptual Design Support 概念设计的支持! _7 G* M* [# V0 v0 ] M
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Green Building Materials 绿色建材 & l- Q* n' X- r" w( pPoor and plant materials utilization 劣质材料和植物材料的利用/ b! A1 p! r. [9 ?) X6 I
Recycled/recyclable building materials 再生建材/可回收建材 ; J% o* a& v; @ x& n
Materials from renewable sources 可再生材料 T j# r" N5 e8 l" W( C/ g
Materials and indoor pollution 建材与室内污染 ) G$ Y# q) V% b, }, w" V
Sustainability assessment methodologies for materials 材料可持续性的评估方法 1 R6 K c& K0 e4 d( U' M! Y i
Embodied energy 建筑的物化能(体现能) M' v3 S) t/ t8 u; pMaterials for energy efficient buildings 节能建筑材料$ O: _3 R* |6 G$ `& x5 B) W
Sustainability issues in structures 构筑物的可持续性问题 % Y! u( N: z9 E n9 ^1 [* @
Standard certification for green buildings 绿色建筑的标准认证 ) J8 U* ?( D. z# }Control technologies of construction energy 施工能耗的控制技术 1 t# ]1 ^( E$ `; S* Z y- ~Design theory, method and practice of green building 绿色建筑的设计理论、方法与实践 0 P3 z& S+ {- s6 u. s6 U- W
Green building and intelligent building 绿色建筑与智能建筑 a2 L5 V4 Z8 O8 {Applications to Low carbon buildings materials 低碳建筑材料的应用 4 l+ S4 i2 y* {2 J: Z+ a
Efficient use of energy in the built environment 建筑环境内能源的有效利用 . h7 ]0 Z* N; |! B# ~Eco-friendly energy powered appliances and energy supply services for buildings 建筑物的生态友好型耗能设备和能源供应服务 # @0 V. C7 W6 Z! q9 D
Ecological, inorganic and regenerative building materials 生态、无机和再生建材 0 F( ?" ^: z& Z
Energy efficient technology and materials 节能技术和材料 / `, ]' H# U/ R0 n
Energy Retrofitting of Existing Building Stock 既有建筑的节能改造+ z# e$ b8 C) e2 X
Environmental Rehabilitation of Urban Open Spaces 城市开放空间的环境整治 & P3 B6 W4 v$ h9 @Energy-saving technologies in architectural planning, design 建筑规划与设计中的节能技术 ) h0 w/ K( _# xEnergy-saving technologies in the rebuilt process 建筑重建中的节能技术 # z# L* ?( \3 R( L! B' HLow power consumption technology of the building materials 建材的低功耗技术 . i! p7 O: n: [/ y. YHeating, air conditioning system 供暖系统、空调系统 " ~1 ?) |. |8 U0 L Y* @, Y$ o
Renewable energy technologies 可再生能源技术 # A5 r0 I/ X# F$ ?+ B0 B1 kSustainable Technology and Materials 可持续性技术与材料 : a; }2 \' B% F/ [& ZControl and optimization of renewable energy systems 可再生能源系统的控制和优化" R8 @( a5 F- s
High efficiency power storage systems 高效率的电能储备系统 . \4 j& g$ _; U, B2 Q; e6 C3 ]( x7 n
Applications to building services 在建筑服务业的应用 / v% O& V" k$ m
Energy modeling schemes 能源模型方案, d: U [4 P O3 a. k* ^& n
The economic and financial faces of conservation 建筑节能的经济学和金融学视野 # u$ p; S! `) L4 g$ u9 g
Construction Engineering and Management 建筑工程及管理 8 J$ D$ y, Y/ `' s' H2 K& P9 |0 S# I! U/ Z
Sustainability in Civil Engineering 土木工程领域的可持续性. f; E$ c! |9 n
Civil Engineering, Management and Surveying 土木工程及其管理与测量 ; u3 K* s4 p; h
Natural & Renewable Energy Technology 天然及可再生能源技术 4 |# O& |% `5 ?
Sustainable waste management 可持续废物的管理 8 [* H+ o: r9 j8 y' ]( g
Application of Sustainable technology for civil engineering 可持续性技术在土木工程中的应用 6 q+ Q2 m3 n$ I% X9 L' `$ LLife Cycle Assessment for building 建筑物的生命周期评价 2 p8 M8 q% B6 K! p" A- m
Sustainable infrastructure 基础设施的可持续性 1 ] w' R1 Z0 r! B/ }. _- N- CSustainable urban Transport System 城市交通系统的可持续性 % B0 v2 F( E; M$ eBridge and infrastructure engineering 桥梁及基础设施工程 ( z' ^6 W& _2 x1 Z% MSimulation and Modeling 仿真与建模 ' I" J0 F9 h, {$ l3 r0 F, f2 QApplied Computer for Civil and Environmental Engineering 计算机辅助土木工程、计算机辅助环境工程 $ A/ a' z4 A4 _2 k6 {, J% k
Geotechnical Analysis and Design 岩土工程的分析与设计 ! M5 ^' w6 F% o
Human Computer Interaction and Graphics 人机交互和图形学 * b' B8 F6 ]' Q4 `6 v9 ?- o1 B
Infrastructure Life-cycle Management 基础设施的生命周期管理 9 D+ J1 J, N* {9 Q8 K6 @6 VNumerical Modeling in Geotechnics 岩土工程领域的数值模拟 4 N( J- B) l7 u: R: l8 F& j
Project Management and Quality Assessment 项目管理与质量评估 8 V. V1 d$ ?$ m1 E3 _
Sensors Networks/Instrumentation 传感器网络/仪器仪表 * y) L" N9 |) b m% f3 [
Structural Control and Engineering Technologies 结构控制和工程技术 - A/ i8 }% k$ u2 A
Structural Optimization and Sensitivity Analysis 结构优化与灵敏度分析 5 A& W% E1 l( N( r
Support Systems for Interactive Design 交互式设计的支持系统 ! j3 Z8 I' q0 _
Technologies of Geodesy and Cadastre 大地测量和地籍技术 & r2 R7 T" X7 z( N6 Z+ x( Q/ DUncertainty Models 不确定性模型 $ Z' @* z! |0 D! l' zVoice and Image Recognition Applications 语音和图像识别的应用9 v& H: [+ L# W# n5 n