Journal of Infrastructure Intelligence and Resilience 将致力于为作者提供一个共享有关基础设施智慧及韧性领域研究成果的发布渠道，并建立一个国际学术平台，将新兴的智慧和人工智能（AI）技术集成到民用基础设施系统中，以增强其安全性、功能性、韧性以及可持续性，抵御自然和人为灾害；以及确保所设计的基础设施在经济、社会、环境和制度上具有可持续性。期刊分为三个核心议题：智能结构技术（Smart Structure Technology），人工智能（Artificial Intelligence），及韧性与可持续（Resilience and Sustainability）。
创刊编委会成员来自13个国家或地区，共35名知名专家，包括7名国内外院士。编委会成员（曾）担任Civil Structural Health Monitoring, Structural Safety, Smart Structures and Systems, Vibration and Control, Structural Control and Health Monitoring, Structural Monitoring and Maintenance, Journal of Structural Engineering, Frontiers in Built Environment, ASCE Journal of Engineering Mechanics 等相关重要期刊主编或副主编。浙江大学的罗尧治教授担任主编，香港理工大学的倪一清教授，美国哥伦比亚大学的Andrew W. Smyth教授以及丹麦奥尔堡大学的Michael Havbro Faber教授担任共同主编。
作者指南Guide for Authors
【官网信息】
Guide for Authors
Journal of Infrastructure Intelligence and Resilience is an International journal aiming to provide a major publication channel for researchers on the latest global research results regarding "Infrastructure Intelligence and Resilience" and to establish an international academic platform to integrate the emerging smart and artificial intelligence (AI) technologies to the civil infrastructural systems for the enhancement of their safety, functionality, resilience, and sustainability against natural and men-made hazard and disaster; as well as ensuring the designed infrastructure that is economically, socially, environmentally, and institutionally sustainable.
Main contents and key topics:
Smart Structure Technology: smart construction materials, smart sensors, structural health monitoring, smart NDT, diagnosis and prognosis, structural control, smart retrofit, smart control devices and systems, and design of smart structural systems.
Artificial Intelligence: deep learning, big data, smart diagnosis, computer vision, cloud computing, internet of things, virtual reality, robotics, drone, construction automation, intelligent building, smart city, and intelligent civil infrastructural systems.
Resilience and Sustainability: safety and reliability, functionality, structural and community resilience, sustainability, civil infrastructural systems, life-cycle assessment, socio-economic and environmental impacts, natural and men-made hazards, disaster mitigation, risk management, policy making, and mega city projects.
