ARCH'10
6th International Conference on Arch Bridges
Fuzhou, China
11-13 October 2010
Invited lectures
[001] David Goodyear,Robert Turton -The new Mike O’Callaghan Pat Tillman Memorial Bridge at Hoover Dam
[002] Maorun Feng - Recent development of arch bridges in China
[003] Carmelo Gentile and Antonella Saisi - Dynamic monitoring of the Paderno iron arch bridge (1889)
[004] Jiri Strasky- Stress ribbon & arch pedestrian bridges
Special session I: new arch bridges and future trends
[005] S. Palaoro and E. Siviero,B. Briseghella,T. Zordan - Concept and construction methods of arch bridges in Italy
[006] M. Kasi and I. Darwish - Engineering innovation in arch design
[007] Zhendong Ma - Aesthetics conceivability and structural characteristics of Dagu
Bridge
[008] B. Briseghella,L. Fenu,C. Lan, E. Mazzarolo and E. Siviero,T. Zordan - A new multi-span arch bridge over the Piave River in Venice:conceptual design and structural optimization
[009] Z. Savor, J. Radic and G. Hrelja - Steel arch bridges in Croatia-past and present
[010] Marcos J. Pantaleón, Roberto Revilla and Patricia Olazábal - New Bridge over Llobregat River
[011] Kangming Chen,Qiu Zhao,Shozo Nakamura,Baochun Chen - State-of-the-art of steel arch bridges in China
[012] Xuewei Duan, Xiaoyan Xiao and Wei Xu - Design & technology characteristics of main bridge of Chaotianmen Yangtze River Bridge
[013] Tingmin Mou, Bikun Fan, Bo Tian and Qiyu Tao - Scheme design of a 530m CFST arch bridge--the First Yangtze River Bridge in Hejiang, Sichuan, China
[014] Chao Sun, Fan Zhang and Baochun Chen - Trial design of tied CFST arch bridge with steel web PC tied beam
[015] Renyuan Du,Jian Yu,Baochun Chen - Trial design of a reactive powder concrete (RPC) arch bridge with a span of 420m
[016] John Bourke, Su Taylor, D Robinson and Ae Long - Analysis of a flexible concrete arch
Modern arch bridges
[017] Santiago Pérez-Fadón, José Emilio Herrero and Juan José Sánchez - Los Tilos arch on La Palma Island
[018] Massimo Viviani - The arch bridge over the Serchio (LU), Italy
[019] Yuancheng Peng and Gujian Huang,Wenjun Wang and Meijun Fan - Design of 400m net span deck-type steel truss arch bridge over Chongqing Daning River
[020] Y. Liu,X. ShangGuan,J. Liu - Long-span deck-type CFST arch bridge combinated with diagonal cable
[021] Yuancheng Peng and Yiqian Li,Xiaohong Long - Design of Hubei Zhijing River Bridge
[022] Pier Giorgio Malerba,Paolo Galli and Marco di Domizio - A twin diverging arches bridge in Milan Portello
[023] Jae-Ho Jung, Jae-Hong Kim and Hyo-Chang Yoon,Woo-Jong Kim - Design and construction of the balanced arch bridge on the deep foundation
[024] Shuixing Zhou,Xiaoping Du, Dan Li and Yongsheng Duan - Design and construction techniques of Daning River Bridge
[025] Ying Li, Xiangyu Feng and Huxiang Tang - Design and research of composite-arch-rib bridge
[026] Marcos J. Pantaleón, Roberto Revilla and Patricia Olazábal - Footbridge Ronda Bahía, Santander (Spain)
[028] Jian Liang, Tingmin Mou, Yu Xiao and Qiyu Tao - A newly developed technique for the design of the Jialing River Bridge in Guangyuan (China)
[029] Enzo Siviero and Lorenzo Attolico - Cycle-pedestrian bridge to connect Via Isonzo and Via Vittorio Veneto next to “Rari Nantes” sports facilities
[030] Guoxiang Liu and Zhendong Ma - Design of Shenyang Sanhao Bridge (China)
[031] B. Wang,S. Tang,X. ShangGuan - The heritage and development of the stone arch bridges in China
[032] O. Josat - Sustainable bridge constructions–elegant arches–filigree structures–cost effective design
[033] Zhongfu Xiang and Anbang Gu - Research and application of concrete filled steel tube arch bridge
[034] R.J. Jiang, Y.Y. Chen, Q.M. Wu, W.M. Gai and D.M. Peng - A new way to design suspenders for through and half-through arch bridges
[035] Per Tveit - Optimal network arches for road and rail bridges
[036] Pier Giorgio Malerba,Paolo Galli, Marco di Domizio and Giacomo Comaita - A large span roof made of cable stayed arches
[037] Bruno Briseghella,Luigi Fenu and Wenjin Huang,Tobia Zordan - Tensegrity footbridges with arch deck: static and dynamic behaviour
Historical arch bridges
[038] Fernando Vegas- López Manzanares, Camilla Mileto and Valentina Cristini - Corbelling domes and bridges in Spain and Portugal: a comparative study
[039] M. Lippiello, L. Bove and L. Dodaro - The Hannibal Bridge: history and structural behaviour
[040] Tommaso Maria Massarelli - S. Teresa’s Bridge along Lama Balice in Bitonto (Italy)
[041] Sinopoli A., Basili M. and Esposito D - Construction techniques of Roman vaults and opus caementicium: The cases of Lupo and St. Gregory’s Bridges
[042] Sung-Gul Hong and Namhee Kim Hong,Byung-Sun Bae - Force flows in the oldest observatory of stone masonry in Korea
[043] Mitsuo Tsutsui,Yoji Mizuta,Tsutomu Sakata - Line of thrust and theoretical load of masonry arch bridge
[044] I. Tarrío - Arches in masonry structures: Viollet-le-Duc’s rationalist theories
[045] P. Fuentes and S. Huerta - Islamic domes of crossed-arches: Origin, geometry and structural behavior
[046] A. Albuerne and S. Huerta - Coulomb’s theory of arches in Spain ca. 1800: the manuscript of Joaquín Monasterio
[047] Xuezeng Wu - Load rating of existing masonry arch bridges in USA
[048] Toshitaka Yamao,Kenjiro Yamamoto and Teruhiko Kudo,Kazuya Ogami and Hideki Nakamura - Development of static analytical method for mechanical behavior of stone arch bridges
[049] C. Costa,A. Arêde,A. Costa - Numerical simulation of stone masonry arch bridges behaviour under road traffic moving loads
[050] Y. Yan, H. Xu, X. ShangGuan and Y. Liu - The theory and application of plane-hinged arch in the stone arch bridges
[051] Daniel V. Oliveira , Cláudia Lemos and Paulo B. Lourenço - Geometric analysis and load capacity of masonry arch bridges: a case study from Northwest Iberian Peninsula
[052] Klaudia Ratzinger and Dirk Proske - Historical stone arch bridges under horizontal debris flow impact
[053] Tomasz Kamiński, Jan Bień, Mieszko Kużawa and Józef Rabiega - Investigation of the historical Osobowicki Bridge in Wroclaw
[054] Yan Yang and Baochun Chen - Removed, rebuilt and new timber arch bridges in China
[055] Teruhiko Yoda - Investigation of mechanical behavior of the Japanese historical
timber arch bridge: Kintaikyo Bridge
[056] Enyong Wang,Jie Liu and Yuxia Hu,Yurong Hao and Xingjia Chong - Study on the wooden arch structure of Gansu Weiyuan Baling Gallery Bridge
[057] Difa Gong - Chinese craftsmen of wooden arched bridge
[058] A. De Luca and G.Lucibello,A. De Martino,G. Mautone - Don Bosco Bridge at Arenaccia: the architecture white as light
Inspection, assessment and management of arch bridges
[059] N. Domède and A. Sellier - Numerical analysis of masonry arch bridges: benefits and limits of damage mechanics
[060] A. Cappini and G. Stagnitto,A. Pederzani,C. Rossi and P.P. Rossi - Structural analysis and strengthening intervention of the multispan stone masonry bridge of Ribellasca, between Italy and Switzerland
[061] P. Clemente, G. Buffarini and D. Rinaldis - Application of limit analysis to stone arch bridges
[062] C. Anselmi, E. De Rosa and F. Galizia - Limit analysis of masonry arches under vertical loads applied out middle plane
[063] Niamh Gibbons and Paul J. Fanning - Ten stone masonry arch bridges and five different assessment approaches
[064] Jinyan Wang,Clive Melbourne,Adrienn Tomor - Development of Pippard’s elastic method for the assessment of short span masonry arch bridges
[065] Tim Hughes and Lufang Wu - A new serviceability approach to masonry arch bridge assessment
[066] Lufang Wu and Tim Hughes - Castigliano based analysis of single span masonry arch bridges using a spreadsheet
[067] Pei Yuan, Liangfeng Sun and Xu Xie - An identification method for short hanger tension of arch bridges
[068] Dongyan Wu, Xu Xie and Guan Lin - Impact factor characteristics of double parabolic arch ribs in a CFST arch bridge due to vehicle loads
[069] Jure Radić and Marija Kušter, Jelena Bleiziffer - Bridge management system for large reinforced concrete arches on Croatian Coast
[070] Yuanfeng Duan, Yi Li and Yiqiang Xiang,Bin Chen - Correlation analysis of structural stress responses and temperature of a tied arch bridge using long-term health monitoring data
[071] Jinquan Zhang, Wanheng Li and Jun Xie - Nonlinear calculation and evaluation method for load bearing capacity of stone arch bridge with cracking in crown and springer
[072] Adrienn Tomor and Jinyan Wang - Fracture development process for masonry under static and fatigue loading
Structural analysis and experimental studies
[073] J. Radić and A. Kindij - The polygonal arch bridge
[074] Jinyan Wang and Adrienn Tomor,Clive Melbourne - Study of high-cycle fatigue behaviour of brick masonry
[075] Matías A. Valenzuela, Franco R. Rojas and Ángel C. Aparicio - Finite-element nonlinear geometric analysis for a proposal steel arch bridge over the Llobregat River in Barcelona
[076] Jabbar Ali Zakeri, Morteza Esmaeili and Parisa Haji Abdulrazagh - Simplified design method of long- span railway soil-metal bridges
[077] Dongzhou Huang - Vehicle-induced vibration of steel deck arch bridges
[078] Paulo B. Lourenço, Tibebu Hunegn and Pedro Medeiros, Nuno Peixinho - Testing and analysis of masonry arches subjected to impact loads
[079] Jiangang Wei,Yue Feng, Baochun Chen and Qingxiong Wu - Tests of a composite box arch having steel truss web and concrete flange under unsymmetrical in-plane loads
[080] Xiaohui Li, Baochun Chen and Jiangang Wei - Experimental study on the out-of-plane stability of a dumbbell-shaped CFST arch under spatial loads
[081] Kangming Chen,Qingxiong Wu and Baochun Chen,Shozo Nakamura - Experimental study on a steel arch rib segment with convex sections
[082] Junqing Xue,Baochun Chen and Bruno Briseghella - Numerical analysis of the influence of debonding on CFST single tube arch
[083] Chengyu Liang,Airong Chen - Effect of site condition on the seismic response of a fixed-end deck steel arch bridge and the feasibility of the pushover method
[084] Jingbin Li, Huai Chen, Sujuan Ge and Hui Qian - Effect of hangers on structural behaviour of a concrete-filled steel tubular arch bridge
[085] Zhenyu Liu,Baochun Chen - A study on the thermal field test of a concrete filled steel tubular truss arch
[086] Jason Salonga and Paul Gauvreau - Span-to-rise ratios in concrete arches: threshold values for efficient behaviour
[087] D. M. Peng, Y. Y. Chen and R. J. Jiang, C. A. Fairfield - Optimal design of masonry arch bridges
[088] Zhongchu Tian, Yan Ding and Tianyong Jiang - Analysis of influencing factors on concrete creep deformation in tied arch bridge of Nilsson system in high-speed railway
[089] Yonglin Pi and Mark Andrew Bradford,Changyong Liu and Yuying Wang - In-plane strength of concrete-filled steel tubular circular arches
[090] Mingquan Zhong,Qinzong Chen and Xiaochun Zhai - Self-prestress design of concrete-filled steel tube arch rib under sunshine-induced temperature
[091] C. Hu, Y. Wan and X. ShangGuan - A new practice in the design of arch axis
[092] Shengyong Li,Christian Kohlmeyer and Frank Müller,Baochun Chen - Global stability analysis of an asymmetrical long-span concrete-filled steel tube arch bridge
[093] Jing Gao,Jiazhan Su,Baochun Chen - Experimental study on in-plane mechanical behaviour of CFST-CSW arch
[094] Krishna Man Shrestha and Baochun Chen - Creep analysis of CFST arch bridges
[095] Yiqiang Xiang, Yi Li and Yuanfeng Duan,Hui Fang - Health monitoring and parameter identification of a tied arch bridge under excitation of Wenchuan Earthquake
Construction Techniques
[096] Chaoyang Zhao, Chuanxi Li and Minghua Zeng,Wenshuang Yang,Lixin Tan - Performance analysis of a cable-hoisting erection system in Nanning Yonghe Bridge
[097] Jose Antonio Llombart and Jordi Revoltos - Bridge over the river Tagus at Alcántara Reservoir
[098] Hua Zhang, Jianzhong Li and Tianbo Peng - Application of double spherical aseismic bearing in concrete-filled steel tubular arch bridge
[099] Xueshan Liu and Anshuang Liu,Shanping Wei and Zhong Yang - Construction of the main spans of the Chongqing Caiyuanba Yangtze River Bridge
[100] Zhongfu Xiang,Wei Xu,Cunshu Wang and Ying Dong - The construction technology of Chongqing Chaotianmen Bridge
[101] Tingmin Mou, Jian Liang, Bikun Fan and Bangzhu Xie - Development of the combination of vertical and horizontal swing techniques for the Dongping Bridge in Foshan (China)
[102] Y. Wan,T. Wu,D. Liu,X. ShangGuan - An advanced construction technology for cable-stayed Bailey arch
Maintenance, repairs and strengthening of arch bridges
[103] Daniel V. Oliveira,Vanessa M. Costa and Jorge F. Sousa,Paulo B. Lourenço - Diagnosis and repair of a historic stone masonry arch bridge
[104] Jovo Beslac, Jelena Bleiziffer and Jure Radic - An overview of Krk Bridge repairs
[105] Ke Chen and Jianyong Song - Survey and analysis of the main defects in reinforced concrete ribbed arch bridges
[107] Climent Molins - Case study of the effect on foundation of changing an arch bridge
to a slab and girder bridge
[108] Guihan Peng and Baochun Chen - Research on strengthening suspended deck system for half-through CFST arch bridge by setting longitudinal steel-tubular trusses
[109] Haidong Huang, Zhongfu Xiang and Shengfeng Liu - Analysis method of internal force distribution on composite section for arch bridge strengthening
[110] Toshitaka Yamao,Yoshie Tsujino,Zhanfei Wang - Dynamic behavior and seismic retrofitting method for half-through steel arch bridges subjected to fault displacement
[111] Jelena Bleiziffer and Jure Radic - Monitoring performance of large Croatian bridges
Special session II: dynamic testing of arch bridges
[112] Kazuo Takahashi,Qingxiong Wu,Shozo Nakamura - Free vibrations and seismic responses of Shin Saikai Bridge and Saikai Bridge
[113] C. Ceraldi, R. Landolfo, M. Lippiello and F. Portioli - Seismic vulnerability evaluation of Devil Bridge on Sele River
[114] Jianrong Yang,Jianzhong Li,Junxin Shen - Numerical investigation of concrete-filled steel tubular tied arch bridge under travelling vehicles
[115] Md. Rajab Ali, Takatoshi Okabayashi and Toshihiro Okumatsu - The accuracy of modal parameters estimation for highway bridges influenced by various ambient vibrations
[116] Stefano De Santis and Gianmarco de Felice - Evaluation of the seismic response of masonry arch bridges modeled using beam elements with fiber cross section
[117] S. Nakamura,O. T. Cetinkaya,K. Takahashi - A static analysis-based method for estimating the maximum inelastic seismic response of upper-deck steel arch bridges