1、核心定位与研究方向
中心聚焦国内外桥梁结构数据诊断与智慧运维前沿领域，以桥梁结构健康为核心主题，重点围绕桥梁运行中的温度场、应力应变场、风荷载、交通工具（车辆、船舶等）荷载及地震作用等关键对象开展研究。面向“一带一路”沿线国家桥梁设施健康与安全领域的国际科学前沿及重大科技需求，中心将汇聚国际一流创新人才，整合多边科技资源，建立国际化运行机制，专项承接国际前沿或重大需求类科研任务。
2、科技合作目标与重点方向
国合中心核心科技合作目标为：依托人工智能、大数据、云计算技术与传统学科知识的交叉融合，针对桥梁结构数据诊断与智慧运维的关键科技问题开展集智攻关，具体聚焦四大研究方向：
损伤模拟与数字孪生
大数据诊断与评估
桥梁智慧管控与性能提升
3、建设目标与发展路径
通过3-5年系统建设，国合中心将建成集科学研究、技术开发、人才培养于一体的国际化科技攻关智慧高地、优质科技合作平台与高水平人才培养基地。一方面显著提升我省在桥梁设施健康与安全领域的自主创新能力及国际竞争力，为“一带一路”桥梁基础设施安全运营提供坚实科技与人才支撑；另一方面构建“项目—人才—基地—人才群—重大项目”的递进式国际合作模式，形成“以项目凝聚人才、以人才支撑基地建设、以基地汇聚高水平人才群、以人才群承接重大项目”的良性循环。
中心将立足省级中心建设基础，前瞻布局国家级中心培育，最终力争将国合中心打造为“一带一路”桥梁安全领域的国际化科技攻关、人才培养与技术转化核心基地。
Development Plan of the Center
1. Core Positioning and Research Directions
The Center focuses on the cutting-edge fields of bridge structure data diagnosis and intelligent operation & maintenance at home and abroad, with bridge structure health as its core theme. It conducts research focusing on key objects in bridge operation, such as temperature fields, stress-strain fields, wind loads, transportation loads (from vehicles, ships, etc.), and seismic effects.
To address the international scientific frontiers and major technological needs in the field of bridge facility health and safety for countries along the "Belt and Road", the Center will gather world-class innovative talents, integrate multilateral scientific and technological resources, establish an international operation mechanism, and undertake specialized scientific research tasks related to international frontiers or major needs.
2. Scientific and Technological Cooperation Goals and Key Directions
The core goal of scientific and technological cooperation of the International Cooperation Center (ICC) is: relying on the interdisciplinary integration of artificial intelligence, big data, cloud computing technologies and traditional disciplinary knowledge, to conduct collaborative research to tackle key technological issues in bridge structure data diagnosis and intelligent operation & maintenance. It will focus on four specific research directions:
Intelligent Data Perception and Interpretation
Damage Simulation and Digital Twin
Big Data Diagnosis and Evaluation
Intelligent Bridge Management & Control and Performance Improvement
3. Development Goals and Paths
Through 3-5 years of systematic development, the ICC will be built into an international smart hub for scientific and technological research, a high-quality platform for scientific and technological cooperation, and a high-level talent development base, integrating scientific research, technology development, and talent cultivation.
On one hand, it will significantly enhance the province’s independent innovation capability and international competitiveness in the field of bridge facility health and safety, and provide solid scientific, technological, and talent support for the safe operation of bridge infrastructure along the "Belt and Road". On the other hand, it will build a "project-talent-base-talent group-major project" progressive international cooperation model, forming a virtuous cycle where "talents are gathered through projects, talents support base construction, bases attract high-level talent groups, and talent groups undertake major projects".
Based on the foundation of constructing a provincial-level center, the Center will make forward-looking arrangements for the cultivation of a national-level center. Ultimately, it strives to develop the ICC into a core international base for scientific and technological research, talent cultivation, and technology transformation in the field of bridge safety along the "Belt and Road".
