International Journal of Fatigue Submission Guide: Portal, Highlights Gate & Editors

Source: International Journal of Fatigue on ScienceDirect, Clarivate JCR 2024, Peeref aggregate, accessed May 2026.

International Journal of Fatigue publishes two unsolicited article types and one invitation-only type:

• Article: no more than 30 double-spaced pages body text, 12 figures or fewer

• Short Communication: no more than 10 pages, 6 figures, abstract 150 words

• Review Article: invitation-only, typically 8000 words with 20+ figures

Highlights are mandatory across unsolicited types: 3 to 5 bullets, no more than 85 characters each.

This is the single most-skipped piece of International Journal of Fatigue submission advice:

At high annual article volume, the Highlights bullets function as a first editorial signal, not as a formatting field. The editor reads the Highlights as a fast contribution summary before deciding whether the manuscript's fatigue mechanism, prediction claim, or method advance is visible enough for associate-editor review.

Highlights that clear the screen typically:

• Name a fatigue mechanism (crack initiation, growth rate, threshold, multi-axial effect)

• Quantify a performance change (X% improvement in fatigue life, Y MPa shift in endurance limit)

• Name a method advance (new model, new test protocol, new data fusion approach)

Highlights that fail the screen typically:

• Generic framing ("We studied fatigue of X material")

• Result-only without mechanism ("Results show good fatigue performance")

• Vague application ("Application to engineering structures")

• Template-shaped repeats from prior papers

The fix is to draft Highlights last, after the manuscript is complete, naming the specific advance the paper makes rather than the topic the paper covers.

Source: International Journal of Fatigue Guide for Authors.

International Journal of Fatigue's timeline is typical for an Elsevier engineering journal but with an unusually important first-screen contribution signal in the Highlights and abstract.

Day 1 to 3: Submission and EiC assignment

Editorial Manager runs automated technical checks; the editor-in-chief gets the manuscript assignment within 3 days.

Day 3 to 10: First editorial screen

The editor reads the Highlights, the abstract, and the cover letter. The screen filters on novelty signal (via Highlights), fatigue specialization, methodological rigor, and engineering relevance.

Day 10 to 21: Associate editor reviewer assignment

Manuscripts that clear the first editorial screen go to an associate editor who invites reviewers. The Elsevier fatigue reviewer pool overlaps with Engineering Fracture Mechanics, FFEMS, and MSEA.

Week 3 to 9: Peer review

Peer review proper runs 21 to 60 days with ~45-day median. Typically 2 to 3 reviewers per manuscript.

Week 9 to 12: First decision

Decision arrives at the 60-to-84-day mark from submission. Major revision is most common for borderline manuscripts; minor revision for stronger ones.

Week 12 to 24: Revision rounds

Major revision adds 4 to 12 weeks of author time plus a second review cycle. Minor revisions typically clear in editorial review.

Week 24 to 28: Online-first publication

Accepted articles appear online 2 to 4 weeks after acceptance; citable DOI assigns at that point. Monthly issue assignment follows.

Source: Peeref International Journal of Fatigue profile, Resurchify International Journal of Fatigue, accessed May 2026.

The routing rule: International Journal of Fatigue for fatigue mechanism and life-prediction work; Engineering Fracture Mechanics for fracture-specific work; FFEMS for combined fatigue-and-fracture; JMPS for theoretical solid mechanics; MSEA for materials characterization without fatigue focus.

International Journal of Fatigue editors screen on three operational signals beyond the Highlights gate:

1. Fatigue mechanism explicit. The abstract must name a fatigue-specific mechanism (crack initiation, crack growth, multi-axial effect, environmental coupling) or a fatigue-life-prediction advance. Routine S-N curves on a new material without mechanistic framing route elsewhere.

1. Statistical treatment of cycles-to-failure scatter. Single-specimen-per-stress-level data, missing Weibull or log-normal fits, missing run-out treatment, and missing confidence intervals are common first-screen flags. Fatigue data scatter is structural; statistical treatment is expected.

1. Multi-axial or comparative context. Single-material single-loading studies without multi-axial extension or comparative analysis against existing S-N databases are routed to MSEA or specialty venues.

Recent issues span fatigue of additive-manufactured materials, multi-axial fatigue and complex loading, fatigue of composites and hybrid materials, contact and rolling-contact fatigue, welded-joint fatigue, corrosion and environmental fatigue, probabilistic and reliability-based fatigue, and AI/ML for fatigue prediction.

For specific recent papers, see International Journal of Fatigue on ScienceDirect.

This guide tells you what International Journal of Fatigue editors look for before reviewer assignment, and Manusights checks whether your paper passes the fatigue-mechanism, Highlights, S-N data, crack-growth, statistical-scatter, methods, supplementary-data, and venue-routing tests that official Elsevier guidance cannot evaluate from a generic checklist. Paid Manusights reviews are covered by a 60-day money-back guarantee, and we never train on submitted manuscripts.

Across fatigue and durability manuscripts targeting International Journal of Fatigue, three patterns generate the most consistent first-read fit problems beyond the Highlights gate. Each pattern sits across the Highlights, abstract, S-N figures, crack-growth plots, methods, statistical treatment, cover letter, references, and supplementary data.

Routine S-N case study without a fatigue mechanism

Across fatigue and durability manuscripts targeting International Journal of Fatigue, the most common editorial-fit pattern is a technically competent S-N study that never identifies a fatigue mechanism. The manuscript reports a material, heat treatment, additive-manufacturing route, coating, weld, environment, or stress ratio, then shows life improvement without explaining crack initiation, crack growth, threshold behavior, multi-axial loading response, residual stress, microstructural barrier effects, or environmental coupling. At International Journal of Fatigue volume, a new S-N curve alone rarely looks like a journal-level contribution.

The manuscript components should make the mechanism unavoidable. Highlights should name the mechanism or prediction advance within the 85-character limit. The abstract should state what changed in fatigue behavior and why. Figures should include fracture surfaces, crack paths, da/dN curves, threshold behavior, or microstructural evidence, not only S-N points. Methods should document specimen geometry, loading ratio, frequency, environment, run-out criteria, and replication.

Supplementary files should include raw cycles-to-failure data and fitting details. References should position the result against International Journal of Fatigue, FFEMS, Engineering Fracture Mechanics, and MSEA comparators. If the paper is really materials characterization with fatigue as one property, Materials Science and Engineering A may fit better. If fracture mechanics dominates, Engineering Fracture Mechanics is cleaner.

International Journal of Fatigue needs fatigue mechanism or life prediction as the manuscript's center.

Check fatigue mechanism before submitting to International Journal of Fatigue →

Fatigue scatter treated as deterministic data

Across fatigue and durability manuscripts targeting International Journal of Fatigue, the second recurring fit problem is missing statistical treatment of cycles-to-failure scatter. Fatigue data are inherently variable. A manuscript with one specimen per stress level, no Weibull or log-normal fit, no confidence interval, no run-out censoring, no discussion of specimen-to-specimen variation, and no sensitivity analysis makes the abstract and figures look cleaner than the evidence allows.

Editors and reviewers in this field notice immediately because scatter is not noise around the science; it is part of the science.

The fix must be visible in the main manuscript, not buried as raw values. The methods should state sample size per stress level, stopping criteria, run-out treatment, environment, loading history, and data-exclusion logic. Figures should show scatter, fits, confidence bands, censored run-outs, and relevant comparisons. The abstract should avoid single-point claims that the statistics cannot support.

The cover letter can state how the analysis handles fatigue variability. Supplementary files should provide raw S-N data, fitting scripts, fracture images, and model assumptions. References should include fatigue reliability, probabilistic life prediction, or standard statistical treatment when relevant. If the manuscript cannot support statistical claims, it may be better routed to MSEA, FFEMS, or a narrower materials journal after reframing.

International Journal of Fatigue submissions need the data treatment to respect the field's uncertainty conventions.

Check fatigue scatter before submitting to International Journal of Fatigue →

Single-material single-loading study without comparative context

Across fatigue and durability manuscripts targeting International Journal of Fatigue, a third recurring fit problem is the single-material, single-loading, single-baseline study. The manuscript may be well executed, but if it has one alloy, one process, one stress ratio, one environment, and no comparison to existing S-N databases, fracture-mechanics baselines, or competing materials, the editor has little reason to see it as an International Journal of Fatigue contribution.

The issue is not that every paper needs a massive matrix. The issue is that the manuscript must show why this fatigue result changes life prediction, mechanism, or engineering assessment beyond the tested condition.

The manuscript components should establish context early. Highlights should state the comparative advance. The abstract should name the baseline or prediction problem. Figures should compare against published data, a control material, multi-axial extension, crack-growth behavior, or model predictions.

Methods should justify why the chosen loading condition is decisive. The discussion should separate material-specific observations from general fatigue insight. References should include the closest International Journal of Fatigue and Engineering Fracture Mechanics benchmarks, not only material-family studies.

Redirect targets are predictable: Engineering Fracture Mechanics for crack-driving-force or K-field work, FFEMS for integrated fatigue-and-fracture engineering, JMPS for theoretical mechanics, and MSEA for materials-property characterization. International Journal of Fatigue survives when the comparative context turns a case study into a fatigue contribution.

Check comparative context before submitting to International Journal of Fatigue →

Check whether your International Journal of Fatigue manuscript is submission-ready →

• Is International Journal of Fatigue a good journal?

• International Journal of Fatigue journal overview

• Engineering Fracture Mechanics Submission Guide

• Composite Structures Under Review status

Last verified: May 2026 against International Journal of Fatigue editorial pages and aggregator data.