Fracture and Structural Integrity

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Fracture and Structural Integrity Fracture and Structural Integrity is the international Journal of the Italian Group of Fracture (ISSN 1971-8993).

11/10/2026

🤔 Joining dissimilar aluminium alloys like AA6061-T6 and AA2024-T3 for aerospace applications remains a critical engineering challenge. Traditional fusion welding compromises mechanical integrity through severe joint degradation and micro-galvanic corrosion.

💡Recent research shows that Friction Stir Welding (FSW) using a Taper Threaded Pin Profile (TTPP) provides an effective solution. Taguchi optimization achieved a peak tensile strength of 210 MPa, stir-zone microhardness of 162 HV, and superior corrosion resistance through refined grain structures and improved material mixing.

🗞️Want to optimize dissimilar metal joining in lightweight manufacturing? Read the full open-access study for a detailed microstructural and Taguchi analysis.

10/10/2026

🤔Aluminum 5052 alloys are widely used in marine and automotive engineering, but simultaneously improving their mechanical strength, wear resistance, and corrosion stability remains a persistent material design challenge.

💡A recent study shows that modifying Al5052 with nanoscale manganese (n-Mn) via stir casting increases Vickers hardness by 23.72%, tensile strength by 11.01%, and seawater corrosion resistance by 57.69%. The authors optimized wear loss using Taguchi-ANOVA methods and accurately predicted tribological behavior with a 3-4-1 Artificial Neural Network model.

🗞️Want to explore the microstructural mechanisms and parametric optimizations behind these results? Read the full open-access study to learn more.

10/10/2026

🤔 How do multiple coexisting cracks select a single dominant path to catastrophic failure? Stress corrosion cracking (SCC) in structural components often initiates at multiple sites, yet traditional risk assessments rely on single-crack assumptions.

💡Our latest study on AISI 316L stainless steel in flowing 1 M HCl monitored 5 naturally nucleated cracks around a central hole. Interval-based growth descriptors identified Crack 4 as kinetically dominant, driving failure through stress redistribution and localized degradation.

🗞️Discover how discrete optical tracking reveals competitive crack persistence before final fracture. Read the full open-access study in Fracture and Structural Integrity!

08/10/2026

New paper!

🤔 How do localized deformation fields around crack tips drive failure in high-strength pipeline steels? Conventional post-test characterisation fails to capture how crystallographic orientations progressively reorient during active mechanical loading.

💡By combining in situ SEM tensile testing with repeated, spatially registered EBSD mapping and DIC, researchers tracked real-time crack-tip deformation in API X65 and C110 steels. The study revealed localized lattice micro-rotations and a complex tulip-shaped strain pattern developing ahead of the crack tip.

🗞️Discover how time-lapse EBSD reorientation mapping unveils localized plastic distortion prior to crack growth. Read the full study for fresh insights into micro-scale material integrity.

📣 Big news for the Fracture and Structural Integrity (FSI) community! We’ve just launched our brand-new Social Hub on th...
04/10/2026

📣 Big news for the Fracture and Structural Integrity (FSI) community! We’ve just launched our brand-new Social Hub on the FSI website! 🚀

We know that great science is built on connection and conversation. To make it easier for our global family of researchers, engineers, and readers to stay in touch, we’ve brought all our official channels together in one easy-to-find place. 🌍

Whether you want to:
📘 Join the conversation, share your research journey, and connect with peers right here on Facebook
📸 Get a behind-the-scenes look at our global community on Instagram
🤝 Network with professionals and catch official updates on LinkedIn
📖 Read and discuss our latest open-access papers on ResearchGate
💬 Follow real-time academic trends on Bluesky and X
📱 Get instant alerts for new issues right to your phone via Telegram and WhatsApp
📝 Dive into interviews and editorial insights on our Blog
..the Social Hub is your starting point!

🔗 Explore the FSI Social Hub here and choose how you want to connect: https://www.fracturae.com/index.php/fis/SH

Let’s keep the conversation going and shape the future of structural integrity together. See you in the comments! 👇

In just two years, monthly visits to the Fracture and Structural Integrity website jumped from around 5,000 to over 13,0...
02/10/2026

In just two years, monthly visits to the Fracture and Structural Integrity website jumped from around 5,000 to over 13,000 this past September! A huge thank you to all our readers! 🙌 ...And hey, if you stumble upon an interesting paper, don't forget to cite it in your upcoming work!

01/10/2026

This guide outlines the four-phase peer-review workflow for Fracture and Structural Integrity using the OJS 3 platform.

Phase 1: Invitation and Engagement: The process starts with an automated email invitation containing the paper’s title, abstract, and submission deadlines. Reviewers click a link to access the OJS dashboard, log in (or complete a streamlined registration), accept the privacy statement, and review key details before choosing to accept or decline the request. Declining allows reviewers to suggest alternative experts.

Phase 2: Ethical Orientation and Procedural Guidelines: Reviewers operate under a single-blind system—knowing the authors' identities while remaining anonymous themselves. Generative AI is strictly forbidden to protect intellectual property and ensure human accountability (complying with TITAN 2025 standards). Reviewers must also guard against ethical misconduct; non-original figures are capped at two and require written publisher permission.

Phase 3: The Technical Review: Reviewers evaluate manuscripts and supplementary materials based on four main criteria: originality in fracture/fatigue mechanics, methodological soundness, clarity in English, and proper visual integration. Feedback is submitted through constructive author/editor comments, confidential editor-only notes, direct editorial discussion tools, or uploaded anonymized annotated files.

Phase 4: Recommendation and Finality: Reviewers select a final recommendation—Accept Submission, Revisions Required, Resubmit for Review, Resubmit Elsewhere, or Decline Submission. Submitting the final decision locks the portal and notifies the editor, aiming to support the journal's three-month review cycle.

26/09/2026

In memoriam
Professor emerita Leslie Banks-Sills
The ESIS President 2010-2018

With my greatest sorrow I am writing this obituary. Leslie passed away on Sunday, September 20th and left me a bit speechless for a couple of days. She was a great woman, such a good friend and the best ever ESIS president, on top of her brilliant academic career. She put us back on tracks after 2010 in 8 years of her leadership. Now I believe it is time to recover from shock, to remember her great deeds and to celebrate her life.
Leslie completed B.A. degree in mathematics at Queens College of the City University of New York in 1965, M.Sc. degree in engineering mechanics from the University of Michigan in 1973 and Ph.D. degree in engineering from Harvard University in 1977. After carrying out a post-doctorate at Brown University with Jim Rice, she joined the Faculty of Engineering at Tel Aviv University in 1979.
From 1993 through 1997, and again from 2001 through 2005, Leslie served as Chairman of the Department of Mechanics, Materials and Structures. She was Director of the Dreszer Fracture Mechanics Laboratory at Tel Aviv University and holded the Diane and Arthur Belfer Chair of Mechanics and Biomechanics at Tel Aviv University since November 2006. The prestigious Mary Shepard B. Upson Visiting Professorship at Cornell University was awarded to her in 1997. Since 2001, she was an Adjunct Professor in the School of Civil and Environmental Engineering at Cornell University. She held the Lise Meitner Chair at Lund University, Sweden, from July until December, 2006. Since 2009, she was a Guest Professor in the Division of Solid Mechanics at Lund University.
Her research interests included the use of analytical, numerical and experimental methods to to treat fracture problems of homogeneous materials, bonds, interfaces and composites. She participated in over 60 international conferences and been on the scientific committees of many of them. She has guided over 40 Master’s, Ph.D. and post-doctoral students many of whom hold key positions in academia and industry.
Leslie was elected as an Honorary Fellow of the International Congress of Fracture in 2005 and served on the Executive Board of this organization, also as a treasurer after 2017. She was the recipient of the 2006 Honorary Membership to ESIS for her outstanding original technical contributions to fracture mechanics and good service to the international fracture mechanics community. She served as Vice President from 2006 to 2010, when she was elected for the first term as the President and re-elected for the second term in 2014. The ESIS awarded Leslie the Grifith medal in 2020 for extraordinary contribution in solving problems of linear elastic and elastic-plastic fracture mechanics, especially regarding homogeneous materials, bonds, interfaces and composites.
Two weeks ago we had the ECF25 conference and promoted Leslie as one of four Pillars of ESIS. Also in my introductory speech on ESIS history I said in front of 600 people that:
..." If not for itself, ECF18 in 2010 was a great event because a new President was elected, the one who put ESIS back on track, Leslie Banks-Sills. The only President with two consecutive terms, with energy and willingness to serve for 8 years. If I have to choose, she is the best ever President. She left a completely stable and very strong Society to her two Vice-President, subsequent Presidents, Francesco Iacoviello and myself."...
My thoughts are with Zvi and Leslie's family with my strongest feelings and love for her.

Aleksandar Sedmak

🤔 How can we accurately monitor transient structural loads on helicopter landing gear when operational sensor data is co...
24/09/2026

🤔 How can we accurately monitor transient structural loads on helicopter landing gear when operational sensor data is corrupted by noise and dropouts?

💡By processing fiber Bragg grating (FBG) strain data acquired on an Erickson S-64 Skycrane, researchers applied Thomson multitaper time-frequency analysis and ridge tracking to extract clear spectral descriptors. The workflow revealed recurrent, sensor-dependent frequency families—such as 10–20 Hz, 150 Hz, and 427–429 Hz—even under non-ideal field conditions.

🗞️Read the full paper to explore how optical strain sensing advances flight-data screening and structural health monitoring!

Indirizzo

Cassino

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