橋梁和結(jié)構(gòu)生命周期性能評(píng)估論文集（英文版）

THEME 1. STRUCTURAL PERFORMANCE IN WIND ENVIRONMENT

HILBERT ENERGY SPECTRUM OF TURBULENCE AND ITS APPLICATION （INVITED）

RESPONSE PREDICTION OF LONG-SPAN BRIDGES IN EXTREME AND TRANSIENT WIND （IN-VITED）

ASSESSMENT OF PROBABILISTIC WIND-INDUCED EXTREME RESPONSE FOR RELIABILITY-AND PERFORMANCE-BASED STRUCTURAL DESIGN （INVITED）

MONITORING OF WIND EFFECTS AND VALIDATIONS WITH WIND TUNNEL STUDY FOR A SUPER-TALL BUILDING （INVITED）

RECENT BRIDGE WIND ENGINEERING RESEARCH ACTIVITIES AT HUNAN UNIVERSITY （IN-VITED）

CONSIDERING MUTUAL AERODYNAMIC INTERFERENCE OF BRIDGES IN IDENTIFICATION OF FLUTTER DERIVATIVES OF BRIDGES IN WIND TUNNEL

THE INFLUENCE OF SOLID SURFACE UNDER BRIDGES ON AEROLASTIC INSTABILITY OF BRIDGES

FLUTTER ANALYSIS OF SUPER LONG SPAN CABLE-STAYED BRIDGES INCORPORATING AERODYNAMIC FORCES OF STAY CABLES

NET PRESSURES ON THE ROOF OF A RETRACTABLE-ROOF STADIUM

WIND-RAIN INDUCED DYNAMIC RESPONSES ANALYSIS OF LONG SPAN SUSPENSION BRIDGE

WIND-ENVIRONMENT NUMERICAL SIMULATION OF BRIDGE SITE IN THE WESTERN GAP OF CHARACTERISTICS OF WIND-INDUCED SELF-EXCITED FORCE COMPONENTS ON BRIDGE DECKS

CHARACTERISTICS OF WIND LOADS ON LOW-RISE BUILDING

IDENTIFICATION OF SIX COMPLEX AERODYNAMIC ADMITTANCE FUNCTIONS FOR THE THIN PLATE SECTION MODEL

THEME 2. STRUCTURAL MONITORING AND DAMAGE DETECTION

SMART HEALTH MONITORING OF RECYCLED AGGREGATE CONCRETE IN BRIDGE APPLI-CATIONS （INVITED）

STRUCTURAL HEALTH MONITORING CHALLENGES FOR DURABLE INFRASTRUCTURES （IN-VITED）

STATISTICAL DAMAGE DETECTION OF STRUCTURES BASED ON RECURSIVE STOCHASTIC FINITE ELEMENT METHOD

DAMAGE DETECTING AND SAFETY APPRAISAL OF THE EXTRA BRIDGE ON DA-FU LINE

IMPROVED CORRELATION-BASED MODAL STRAIN ENERGY METHOD FOR GLOBAL DAM- AGE DETECTION OF TRUSS BRIDGE STRUCTURES

ANALYSIS AND EXPERIMENTAL STUDY ON DAMAGE DETECTION OF SIMPLY SUPPORTED

BRIDGE USING INFLUENCE LINE OF DEFLECTION DIFFERENCE

VIBRATION-BASED DAMAGE DETECTION OF CABLE-STAYED BRIDGES

DAMAGE DETECTION IN BRIDGES USING STATIC DIFFERENCE CURVATURE

DESIGN AND APPLICATION OF FBG STRAIN SENSOR IN THE STRUCTURE HEALTH MONI-TORING OF BRIDGE

DELAMINATION DAMAGE OF CONCRETE-FILLED STEEL TUBE WITH PZT BASED MONITOR-ING TECHNIQUES

HEALTH MONITORING AND EVALUATION SYSTEM FOR CABLE-STAYED BRIDGE USING

COMPUTATIONAL SIMULATION AND SENSOR DATA

EXPERIMENTAL STUDIES ON DAMAGE LOCATION OF THE LONG-SPAN TRUSS STEEL

BRIDGE MODEL BASED ON SDLV METHOD UNDER AMBIENT EXCITATION

HEALTH MONITORING SYSTEM OF LONG-SPAN PRESTRESSED CONCRETE CABLE-STAYED BRIDGE

DAMAGE DETECTION COMBINED THE DYNAMICAL RESPONSE WITH STATISTICAL THE-ORY

EXPERIMENTAL INVESTIGATION ON BOTDA/R-FBG BASED FRP ANCHOR

……

THEME 3. STRUCTURAL PERFORMANCE EVALUATION AND SYSTEM IDENTIFICATION

THEME 4. STRUCTURAL PERFORMANCE ENHANCEMENT AND SPECIAL MATERIAL APPLICATIONS

THEME 5. STRUCTURAL DURABILITY AND LONG TERM PERFORMANCE

THEME 6. PERFORMANCE PREDICTION OF STRUCTURAL COMPONENTS AND SYSTEMS

THEME 7. STRUCTURAL PERFORMANCE UNDER DYNAMIC LOADS

THEME 8. STRUCTURAL PERFORMANCE IN EXTREME EVEMTS

THEME 9. CONSTRUCTION TECHNIQUES AND QUALITY CONTROL

THEME 10. MISCELLANEOUS2100433B

Extreme events， aging materials， harsh environments， overweight vehicles， inadequate maintenance， etc. lead to accelerated structural deteriorations of bridges and structures. To mitigate the problem with limited funds， different innovative （advanced） structural repair techniques have been under development and new materials， such as Fiber Reinforced Polymers （FRP）， smart/intelligent materials， high performance concrete， and high strength steels are under implementations. The success of such implementations will largely depend on our understanding of bridges/structures performance from during construction to extreme events. This symposium provides a forum for researchers， practicing engineers and structures owners to exchange ideas on improving our understanding of bridge and structures life-cycle performance.

The symposium is featured by 30 invited presentations， which provides more in-depth exchange of information. We also have received many high quality papers from the regular paper submission process. All together 171 full papers are selected from over 220 abstractModels for publication in this proceeding.

The main scope of the conference focuses on bridge structures， covering the life-cycle performance of bridges， namely from design， to construction， to service， and to extreme events. While the topic of the conference is broad， we intended to make the conference small enough to have more personal interaction for information exchange and development of friendship. We hope this will be an enjoyable meeting and a good experience for us to treasure for years to come.

內(nèi)容介紹

Extreme events, aging materials, harsh environments, overweight vehicles, inadequate maintenance, etc. lead to accelerated structural deteriorations of bridges and structures. To mitigate the problem with limited funds, different innovative (advanced) structural repair techniques have been under development and new materials, such as Fiber Reinforced Polymers (FRP), smart/intelligent materials, high performance concrete, and high strength steels are under implementations. The success of such implementations will largely depend on our understanding of bridges/structures performance from during construction to extreme events. This symposium provides a forum for researchers, practicing engineers and structures owners to exchange ideas on improving our understanding of bridge and structure's life-cycle performance.

The symposium is featured by 30 invited presentations, which provides more in-depth exchange of information. We also have received many high quality papers from the regular paper submission process. All together 171 full papers are selected from over 220 abstracts for publication in this proceeding.

The main scope of the conference focuses on bridge structures, covering the life-cycle performance of bridges, namely from design, to construction, to service, and to extreme events. While the topic of the conference is broad, we intended to make the conference small enough to have more personal interaction for information exchange and development of friendship. We hope this will be an enjoyable meeting and a good experience for us to treasure for years to come.

2100433B

內(nèi)容介紹

《第四屆土木工程結(jié)構(gòu)生命周期國(guó)際學(xué)術(shù)會(huì)議論文集(英文版)》內(nèi)容簡(jiǎn)介：The objectives of the symposium are to provide art exhibition platform for the latest research progresses on the lifetime engineering of civil infrastructure, which have been achieved by scholars, researchers and the technical personnel in structural engineering.It also aims to highlight the exchange in terms of lifetime engineering of civil infrastructure, structural reliability and durability analysis, performance-based structural design and analysis, management of infrastructure, disaster prevention and reduction, and structural health monitoring and condition assessment. It still aims to study and discuss the new techniques and technologies applied in the sustainable development of major infrastructure and hence to promote the in temational cooperation and exchange and mutual understanding. 2100433B

《中國(guó)公路學(xué)會(huì)橋梁和結(jié)構(gòu)工程分會(huì):全國(guó)橋梁學(xué)術(shù)會(huì)議論文集(2011年)》為中國(guó)公路學(xué)會(huì)橋梁和結(jié)構(gòu)工程分會(huì)2011年全國(guó)橋梁學(xué)術(shù)會(huì)議論文集。《中國(guó)公路學(xué)會(huì)橋梁和結(jié)構(gòu)工程分會(huì):全國(guó)橋梁學(xué)術(shù)會(huì)議論文集(2011年)》可供國(guó)內(nèi)外橋梁專業(yè)人員工作和學(xué)習(xí)時(shí)參考使用。