混凝土裂缝智能感知与修复专题

　　客座主编：

　　陈庆，同济大学，中国，

　　15666022@tongji.edu.cn

　　孔庆钊，同济大学，中国，

　　qkong@tongji.edu.cn

　　张耀，石家庄铁道大学，中国，

　　2011zhangyao @tongji.edu.cn

　　Jiann-Wen Woody Ju，加州大学洛杉矶分校，美国，

　　juj@ucla.edu

　　FSCE常设编辑：

　　姜超，同济大学，中国，

　　cjiang@tongji.edu.cn

　　专题基本信息：

　　裂缝是导致混凝土结构性能退化的重要原因，高效控制裂缝是保障混凝土结构安全和耐久的关键。随着先进传感技术和仿生材料的发展，混凝土裂缝的智能感知与修复受到更多关注，为提升混凝土裂缝控制的精度、效率和主动性提供新的思路。本专题围绕混凝土裂缝智能感知与修复的最新研究理论与应用技术，潜在主题包括但不限于：

　　·混凝土结构的智能传感器和裂缝检测算法

　　·基于视觉的混凝土裂缝检测和量化技术

　　·混凝土裂缝微胶囊自修复

　　·混凝土裂缝微生物自修复

　　·混凝土裂缝矿物自修复

　　·混凝土裂缝电场诱导修复

　　·极端环境下混凝土裂缝修复

　　投稿指南：

　　请您在截稿日期（2023年6月30日）前通过以下投稿网站进行投稿：

　　https://mc.manuscriptcentral.com/fsce

　　请您在专题列表里选择如下专题：

　　SI: Smart Detection and Healing

　　所有适合同行评审的稿件将由至少三名独立的专家进行评审。为了缩短出版周期，本专题刊的文章一旦被接收，将尽快在本期刊的正刊上按照常规稿件发表，同时，这些稿件也将被明确标记为该专题刊的文章。

　　Call for Papers

　　Call for papers in a Special Theme on:

　　“Smart Detection And Healing For Concrete Cracks”

　　in Frontiers of Structural and Civil Engineering

　　Guest Editors:

　　Prof Qing Chen, Tongji University, China,15666022@tongji.edu.cn

　　Prof Qingzhao Kong, Tongji University, China,qkong@tongji.edu.cn

　　Ass. Prof Yao Zhang, Shijiazhuang Tiedao University, China, 2011zhangyao@tongji.edu.cn

　　Prof Jiann-Wen Woody Ju, University of California, Los Angeles, USA, juj@ucla.edu

　　FSCE Editor:

　　Dr. Chao Jiang, Tongji University, China, cjiang@tongji.edu.cn

　　Concrete structural failures generally initiate with cracks. Effective control of cracks is the key to ensure the safety and durability of concrete structures. With the development of advanced sensing technology and bionic materials, more attention has been paid to the smart detection and healing for concrete cracks, which provides a new idea to improve the accuracy, efficiency and initiative of concrete crack control. This special issue focuses on the latest research theory and technology of smart detection and healing for concrete cracks.

　　Potential topics include but are not limited to: 

　　·Smart sensors and crack detection algorithms for concrete structures

　　·Vision-based technologies for concrete crack detection and quantification

　　·Microcapsule-based self-healing for concrete cracks

　　·Microorganism-based self-healing for concrete cracks

　　·Electrochemistry-based self-healing for concrete cracks

　　·Mineral-based self-healing for concrete cracks

　　·Repairing technologies for concrete after exposure to extreme conditions

　　Instructions for submission:

　　Please submit your manuscript before the submission deadline (June 30, 2023) in the submission website:

　　https://mc.manuscriptcentral.com/fsce

　　Choose in the list of special issues:

　　SI: Smart Detection And Healing

　　All submissions deemed suitable to be sent for peer review will be reviewed by at least three independent reviewers. In order to shorten the publishing period, articles from this Special Issue will appear in a regular issue of the journal as soon as they are accepted, though they will be clearly marked and branded as Special Issue articles.