SI: Russian mechanics contributions for Structural Integrity
Structural integrity monitoring of is one of the key elements for the safety of natural and artificial systems. It is based on advanced results of experimental and computational mechanics. The actual problems of the deformation and of structural integrity monitoring were discussed during three schools for the young scientists "Monitoring of natural and technogenic systems". The schools were organized with financial support of the grant for the creation of world-class laboratories given by Russian Science Foundation.
The topics of the schools include: applications of energy dynamics to describe deformation processes; digital tools for mining technology problems; technogenic seismicity and evolution of stress fields during the development of mineral deposits; monitoring of crack resistance in technical and natural materials; nature-like technologies for complex development of the Earth's subsoil; monitoring of the radiation in radon-hazardous regions; monitoring of pipelines; seismic monitoring of potash deposits; the applications of computer X-ray tomography; instrumental methods for stress-strain monitoring in mine workings. Most of the lessons are presented on the website of the Perm Federal Research Centre of the Ural Branch of the Russian Academy of Sciences (https://www.icmm.ru/en/science/conferences).
This issue of the journal "Fracture and Structural Integrity" presents selected articles reflecting the topics of the school and the advanced achievements of Russian researchers, which are related to the development of scientific basis for deformation monitoring and monitoring of structural integrity in natural and artificial systems.
SI: Structural Integrity of Additively Manufactured Materials
Only invited authors
SI: Crack Paths - CP2024
This Special Issue features the scientific contributions presented at the 8th International Conference on Crack Paths (CP2024), scheduled to take place in Rimini, Italy, from 10 to 12 September 2024. The Crack Paths 2024 Conference is jointly organized by Technical Committee TC3 – Fatigue of Engineering Materials and Structures of the European Structural Integrity Society (ESIS) and the Italian Group of Fracture (IGF). The event continues a successful tradition of previous editions held in Parma (2003 and 2006), Vicenza (2009), Gaeta (2012), Ferrara (2015), Verona (2018), and online in 2021, and represents a key forum for researchers and engineers working on the mechanics of crack propagation.
The focus of the Conference is the prediction and analysis of crack paths in materials and structures under a variety of loading conditions, including both static and fatigue regimes. Understanding crack trajectory is essential in assessing the structural integrity and lifetime of components, especially in critical applications where the nature of crack growth may lead to either benign or catastrophic failure. Moreover, accurate prediction of crack paths plays a crucial role in non-destructive evaluation strategies, influencing the design and implementation of appropriate inspection techniques.
Authors contributing to CP2024 have been invited to submit full-length manuscripts to this Special Issue. All submissions underwent rigorous peer review in accordance with the journal’s standards. This Special Issue aimed to collect high-quality contributions that reflected the latest advances and practical developments discussed at CP2024, providing an important reference for academics, researchers, and practitioners engaged in the study of fracture and crack path prediction.
Guest Editors:
• Vittorio Di Cocco (Università di Cassino e del Lazio Meridionale, Italy)
• Camilla Ronchei (Università di Parma, Italy)
• Daniela Scorza (Università di Parma, Italy)
• Sabrina Vantadori (Università di Parma, Italy)
SI: Modeling in Structural Integrity
Only invited authors from the conference "Modeling in Mechanics 2025"
SI: Chinese Contributions to Fracture Mechanics and Structural Integrity
Fracture mechanics and structural integrity are key disciplines to ensure the safety, reliability, and longevity of engineering systems across aerospace, civil infrastructure, energy, and transportation. Over the past few decades, China has emerged as a global leader in both fundamental research and industrial applications in these fields. Driven by rapid advancements in material science, computational modeling, and experimental techniques, Chinese researchers and engineers have made significant contributions to understanding crack propagation, damage tolerance, fatigue life prediction, and failure analysis in complex structures.
The special issue Chinese Contributions to Fracture Mechanics and Structural Integrity aims to showcase cutting-edge research, innovative methodologies, and case studies from Chinese scholars and institutions. It seeks to:
Highlight recent advances: Present the latest breakthroughs in fracture mechanics, including novel theories, computational methods, and experimental techniques developed by Chinese researchers, while explore emerging trends such as multi-scale modeling, AI-driven damage prediction, and sustainable material design.
Bridge research and industrial applications: Demonstrate how Chinese academia and industry collaborate to solve address real-world challenges and feature case studies in high-speed rail, nuclear power plants, offshore structures, and advanced manufacturing, where fracture and integrity assessments play a critical role.
Foster global knowledge exchange: Promote international collaboration by sharing China’s research insights and methodologies to address universal challenges in structural durability and safety and encourage joint efforts toward future innovations.
We invite contributions that reflect the depth and diversity of China’s research landscape and offer insights to the broader scientific and engineering community. Through this special issue, we hope to highlight China’s pivotal role in advancing fracture mechanics and to inspire further innovation in structural integrity worldwide.
Guest Editors:
Jianying He (Norwegian University of Science and Technology (NTNU), Trondheim, Norway)
Xuechong Ren, University of Science and Technology Beijing, China
Kai Zhao, Jiangnan University, China
Shengwen Tu, Xi’an Jiaotong University, China
SI: Advances in Structural Integrity by the Greek Society of Experimental Mechanics of Materials
The idea for a “Semi-permanent” Special Issue of “Fracture and Structural Integrity -FSI” (from now on the SI) dedicated to the activities of the “Greek Society for Experimental Mechanics of Materials - GSEMM” is due to the Editor-in-Chief of FSI, Professor Francesco Iacoviello.
The idea was enthusiastically embraced by the board of GSEMM, since it is believed that it will be proven an excellent “vehicle” in the direction of fulfilling one of the core founding objectives of GSEMM, i.e., to disseminate the outcomes of experimental protocols implemented by various research teams all over Greece. In addition, publishing the results of scientific studies of various Greek research groups in a specific “Semi-permanent” SI of FSI, besides the dissemination, will enhance the synergies between all these groups. Indeed, in Greece, there are quite a few active research groups, which are quite successfully involved in the field of Experimental Mechanics of Materials. However, in spite of this successful involvement, the interaction among these research groups is rather limited, resulting to waste of valuable resources, in both human and financial terms, since similar experimental protocols are often implemented independently in various research centers, insti¬tutes or universities.
FSI is the official Journal of the Italian Group of Fracture. It is an open-access Journal published online every three months (July, October, January, April). It encompasses the broad topic of structural integrity, which is based on the mechanics of fatigue and fracture, and is concerned with the reliability and effectiveness of structural components. The aim of FSI is to promote works and research on fracture phenomena, as well as the development of new materials and new standards for structural integrity assessment. FSI is an interdisciplinary journal and accepts contributions from engineers, metallurgists, materials scientists, physicists, chemists, and mathematicians. It is a medium for rapid dissemination of original analytical, numerical and experimental contributions on fracture mechanics and structural integrity. Research works which provide an improved understanding of the fracture behaviour of conventional and innovative engineering material systems are welcome. Technical notes, letters and review papers may also be accepted depending on their quality.
FSI is a Q2, Scopus (since 2012) and WoS (since 2015) indexed journal. Moreover, it is indexed in a large variety of additional Academic bases, as it can be seen in the webpage of the journal: https://www.fracturae.com/index.php/fis/indices. FSI is financially supported by the Italian Group of Fracture and by crowdfunding and is completely free of charge both for readers and for authors. Neither processing charges nor submission charges are required.
The Guest Editors of the SI will invite submissions from Greek researchers, active in the field of Structural Integrity, from all the Greek Universities and Research Centers, independently of whether they are or not members of GSEMM. Papers submitted to the SI dedicated to the activities of the GSEMM will undergo the standard blind peer-review process (two reviewers, at least), after a preliminary plagiarism/auto-plagiarism check.
The Board of GSEMM and the Guest Editors of the SI would like to express their gratitude to the Editor-in-Chief of FSI, Professor Francesco Iacoviello, and also to the board of the “Italian Group of Fracture” for their continuous support to all the actions of GSEMM.
Guest Editors
Stavros K. Kourkoulis, Professor, National Technical University of Athens, Guest Editor
Dimos Triantis, Professor Emeritus, University of West Attica, Co-guest Editor
Christos F. Markides, Associate Professor, National Technical University of Athens, Co-guest Editor
Ermioni D. Pasiou, Assistant Professor, National Technical University of Athens, Co-guest Editor
SI: New Trends in Structural Health Monitoring
Only invited authors
SI: From Microcracks to Structural Failure: Emerging Challenges in Fracture and Structural Integrity
Only invited authors
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