Composite Structures Submission Guide: Portal, Artifacts & Family Routing
What submitting to Composite Structures actually requires: the editorialmanager.com/cs portal, the Elsevier artifacts package (Highlights, graphical abstract, declarations, CRediT, data statement), the ~3-month peer review window, and the structures-vs-materials scope rule that determines Elsevier composites-family routing.
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How to approach Composite Structures
Use the submission guide like a working checklist. The goal is to make fit, package completeness, and cover-letter framing obvious before you open the portal.
Stage | What to check |
|---|---|
1. Scope | Confirm structures fit versus CST, Composites Part A, Composites Part B, and Part C |
2. Package | Place component-level or structural-application evidence in the main figures |
3. Cover letter | Prepare Elsevier Highlights, graphical abstract, declarations, CRediT, data statement, and reviewer suggestions |
4. Final check | Submit through Editorial Manager at editorialmanager.com/cs |
Quick answer: This Composite Structures submission guide covers the operational contract for Elsevier's highest-volume composites journal: the submission portal at Editorial Manager submission portal, the eight-item Elsevier artifacts package, the ~3-month peer review window, the structures-versus-materials scope rule that routes work across the Elsevier composites family, and how Composite Structures differs from Composites Part A, Part B, and Composites Science and Technology.
Run a Composite Structures pre-submission readiness check before clicking submit, or work through this guide manually.
Use this page if you're preparing a Composite Structures submission and want the portal URL, the required artifacts checklist, the realistic timeline, and the family-routing rule editors apply at desk.
This guide tells you what Composite Structures editors look for before reviewer assignment, and Manusights checks whether your paper passes the structures-application, load-case, component validation, Highlights, graphical abstract, declaration, data-statement, and Elsevier composites-family routing checks that the official Elsevier guide 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.
From our manuscript review practice
Composite Structures publishes ~779 papers per year, the highest volume in the Elsevier composites family. That volume only works because the desk aggressively routes pure-materials work to Composites Science and Technology, manufacturing work to Part A, and engineering-applications work to Part B. The Elsevier-verbatim scope rule: contributions must be to the use of composite materials in engineering structures, not to composites as materials. Manuscripts where the real subject is polymer or metal mechanics with a composites framing get rerouted at desk.
How was this page reviewed?
We reviewed the Composite Structures page on ScienceDirect, the Composite Structures Guide for Authors, the Editorial Manager portal directly, and aggregator data from Resurchify, LetPub, and Peeref. The scope-routing pattern and timeline data below match what the Elsevier guidelines state and what authors report through community channels.
In the 100-manuscript Manusights sample for Composite Structures-style fit when this guide was built, the stronger drafts made the structural component, load case, failure mechanism, validation evidence, Highlights, graphical abstract, data availability statement, and Elsevier composites-family routing visible before the editor had to infer why the work was about structures rather than materials characterization.
Source limitations: Elsevier official guidance explains scope, Editorial Manager mechanics, journal insights, declarations, and publication options, but it does not publish manuscript-level desk decisions; the patterns below combine official guidance with anonymized Manusights pre-submission review work and public issue patterns.
The official guidance explains the upload mechanics. The practical Composite Structures screen is whether the manuscript proves a use-of-composites-in-engineering-structures contribution through the abstract, figures, methods, Highlights, and cover letter. The review tells you whether the paper belongs in Composite Structures or should route to CST, Composites Part A, Composites Part B, Part C, or a broader mechanics venue.
In our analysis of Composite Structures-style manuscripts, we find that the strongest drafts make the engineering structure, load path, failure mode, and validation scale visible before material characterization details take over.
Through our diagnostic review, we treat the abstract, structural-application claim, load-case methods, component-scale figures, Highlights, graphical abstract, data availability statement, and cover letter as one Composite Structures-facing package. Composite Structures editors specifically look for whether those components prove the work is about use in an engineering structure rather than only a composite material.
What is Composite Structures at a glance?
Metric | Value |
|---|---|
Impact Factor (2024 JCR, Resurchify) | 7.88 |
Publisher | Elsevier |
Annual article volume | ~779 articles/year |
Editorial focus | Use of composite materials in engineering structures |
Article types | Article, Review, Short Communication |
Submission portal | |
Peer review window | ~3 months (LetPub) |
First-decision range | 3 to 4 months total |
Manuscript format | Word (.doc/.docx) or LaTeX source; no PDF source |
Editor-in-Chief affiliation | Politecnico di Torino, Italy |
ISSN | 0263-8223 (print) / 1879-1085 (online) |
Source: Composite Structures on ScienceDirect, Clarivate JCR 2024 via Resurchify, LetPub aggregate, accessed May 2026.
What is the Composite Structures submission portal?
Submissions go through Elsevier's Editorial Manager instance for the journal:
Editorial Manager submission portal
All article types (Article, Review, Short Communication) route through the same portal. The portal performs technical checks before the editor sees the submission: file types, Highlights formatting, declaration completeness, and graphical abstract specs. Submissions that fail these technical checks are returned to the author without review.
What length and format caps apply?
Composite Structures publishes three article types with Elsevier-typical length expectations:
- Article: typically 7000 words body text, 10 figures or fewer, abstract 200 words
- Review: typically 12,000 words, 12 figures, abstract 250 words
- Short Communication: 3000 words, 4 figures, abstract 150 words
Highlights are mandatory: 3 to 5 bullets, no more than 85 characters each. Graphical abstract: 531 × 1328 px, no AI-generated artwork (Elsevier policy effective 2024).
What artifacts are required at submission?
Artifact | Detail |
|---|---|
Cover letter | Articulates the structures-application contribution; do NOT name reviewers here (use the EM form) |
Manuscript file | .doc/.docx or .tex source ONLY; no PDF source files |
Highlights | 3 to 5 bullets, each no more than 85 characters; mandatory at desk screen |
Graphical abstract | 531 × 1328 px; AI-generated artwork prohibited |
Declaration of Competing Interest | Word document via Elsevier declarations tool |
CRediT author contributions | Required for all authors |
Data availability statement | Required; Data in Brief co-submission available |
Suggested reviewers | 3 to 6 via the Editorial Manager form (NOT the cover letter) |
How does Composite Structures editorial triage work?
Composite Structures' ~3-month peer review window is the longest among the high-volume composites journals, but that reflects review depth rather than queue length. The journal publishes ~779 papers per year and runs an aggressive desk-routing process to keep the queue moving.
Day 1 to 5: Intake and technical check
Editorial Manager runs automated checks on file types (no PDF source), Highlights formatting (3 to 5 bullets, no more than 85 chars), graphical abstract specs (531 × 1328 px), and declaration completeness. Failures return the submission to the author without editorial review.
Day 5 to 21: Editor-in-Chief desk screen
The EiC reads the abstract and cover letter for the structures-application contribution and confirms family-routing fit. Manuscripts where the real subject is composites as materials, manufacturing, or engineering applications get routed to CST, Part A, or Part B respectively. Desk rejects at this stage typically arrive within 2 to 3 weeks.
Week 3 to 7: Reviewer assignment
The Associate Editor invites reviewers; assignment typically takes 2 to 4 weeks because the Elsevier composites pool overlaps across Composite Structures, Part A, Part B, and CST.
Week 4 to 16: Peer review
Peer review runs ~3 months (LetPub aggregate). Typically 2 to 3 reviewers per manuscript. First decision usually arrives at the 3-to-4-month mark from submission.
Week 16 to 28: Revision rounds
Major revisions get 4 to 12 weeks of author time, then a second review cycle. Minor revisions usually clear in editorial review only.
Week 28 to 30: Acceptance to online publication
Accepted articles appear online within 1 to 3 weeks; the citable DOI assigns at that point. Issue assignment follows shortly.
Source: LetPub Composite Structures profile, Peeref Composite Structures, accessed May 2026.
How should you route within the Elsevier composites family?
The single most consequential decision before submission is which Elsevier composites journal to target. The materials-versus-structures distinction is the load-bearing rule and the one piece of information the publisher page does not explain.
Venue | IF | Best for | Scope rule (verbatim from Elsevier where stated) |
|---|---|---|---|
Composite Structures | 7.1 | Use of composite materials in engineering structures | Contributions must be to the use of composite materials in engineering structures, not to composites as materials |
Composites Part A: Applied Science and Manufacturing | 8.9 | Manufacturing emphasis | Manufacturing science, processing, joining |
Composites Part B: Engineering | 14.2 | Engineering-applications emphasis | Performance in engineering systems, environmental durability |
Composites Science and Technology (CST) | 9.1 | Broader composites science | Fundamental composites materials science |
Journal of Composite Materials (SAGE) | 2.5 | Sister non-Elsevier composites | Broader composites studies |
Polymer Composites (Wiley) | 5.0 | Polymer-composites specialist | Polymer-matrix focus |
What does Composite Structures desk-screen for?
Composite Structures editors screen on three operational signals:
- Structures-application contribution explicit. The abstract and cover letter must name a structural application (aerospace component, civil structure, sandwich panel, lattice, marine hull, bio-implant). Pure mechanics or pure materials work is routed elsewhere at desk.
- Methodological rigor at the IF-8 bar. Manufacturing, characterization, mechanical and dynamic testing, fatigue, damage, and modeling all need execution quality matching the venue.
- Format compliance verified. PDF source manuscripts, non-conforming Highlights, AI-generated graphical abstracts, or missing declarations all return at the portal-level technical check.
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What recent Composite Structures research direction should authors read?
Recent issues span 3D-printed composite structures, biomimetic and bio-based composites, high-performance CFRP and GFRP for aerospace, sandwich and lattice structures, damage and fatigue in composites, smart and functional composites, multifunctional composites, and AI/ML for composite design.
For specific recent papers, see Composite Structures on ScienceDirect.
Decision risks before submitting to Composite Structures
Across composites manuscripts targeting Composite Structures, three recurring decision risks matter most across submissions that the journal's editors filter out at the desk-screen stage.
Relevant published-guidance constraints:
- Elsevier published guidelines, Composite Structures is an Elsevier journal in Ceramics and Composites Q1 and Civil and Structural Engineering Q1 with JIF ~7.1
- runs editor scope-suitability assessment first then sends to minimum 2 reviewers for independent expert assessment
- covers technologies related to use of composite materials in engineering structures (NOT composites as material class
; routes within Elsevier composites family across Composites Science and Technology (CST, fundamental science), Composites Part A (manufacturing emphasis), Composites Part B (engineering systems emphasis), Composites Part C (open access broader); requires 3-5 Highlights at no more than 85 characters each; standard Elsevier Editorial Manager intake with mandatory declarations.) Use the three checks below before you open Elsevier Editorial Manager Composite Structures upload slot.
Composites-as-material-class framing
Across Composite Structures-targeted manuscripts, we consistently see authors submit work that reads as polymer-mechanics characterization (new fiber-resin system characterization, new matrix-modification chemistry, new prepreg formulation, new sizing agent, new resin-cure kinetics, new interphase chemistry) or metal-composites material characterization (new metal-matrix composite synthesis, new reinforcement integration, new processing route) where "composite" is decorative rather than load-bearing for the structural-engineering contribution.
Composite Structures handling editors apply the documented Elsevier scope rule verbatim: contributions must be to the use of composite materials in engineering structures, not to composites as a material class.
Specific patterns editors flag at desk: title and abstract name a composite material system without naming the engineering-structure application; methods section emphasizes material characterization (FTIR / DSC / DMA / TGA / SEM / TEM / XRD) without structural-component testing; results show coupon-level mechanical properties without component-level or structural-application validation; discussion focuses on material chemistry / processing without addressing how the composite serves a structural function; cover letter argues material novelty without naming the structural application or design implication.
Specific structural applications Composite Structures expects: aircraft / spacecraft structural components (wing skin / fuselage panel / stiffener / wing-box / pressure-bulkhead / nacelle / control surface); automotive structural components (chassis / body panel / crash-management / suspension / battery enclosure); marine structural components (hull / superstructure / pressure-vessel / propeller); civil-infrastructure structural components (bridge deck / pipe / column-strengthening / FRP-reinforcement / repair-and-retrofit / wind-turbine blade); pressure-vessel and tank structures; protective structures (armor / blast-protection / ballistic);
sports-equipment structural components (bicycle frame / racing yacht / golf shaft); renewable-energy structural components (wind blade / tidal turbine / solar-tracker structure); biomedical structural components (orthopedic implant / dental prosthesis / surgical instrument structural).
Manuscripts where the structural application is decorative get redirected within days to: Composites Science and Technology (CST, Elsevier fundamental composites science focus including material characterization, chemistry, processing-science), Composites Part A: Applied Science and Manufacturing (Part A, manufacturing-process focus including layup / cure / consolidation / forming), Composites Part B: Engineering (Part B, broader engineering-systems including applications across multiple structural domains), Composites Part C: Open Access (Part C OA broader), Composites Communications (Elsevier letter format), Journal of Composite Materials (Sage broader composites), Mechanics of Composite Materials (Springer mechanics focus), Applied Composite Materials (Springer applications-broader).
The fix is to identify the named structural application the work informs, restructure the manuscript around the use-in-engineering-structures contribution (with material characterization as supporting evidence for the structural performance), include structural-component or structural-application testing as primary evidence, and name the structural-engineering implication explicitly in the abstract and cover letter.
Wrong family member chosen within Elsevier composites family
We frequently see Composite Structures manuscripts misroute within the Elsevier composites family.
Composite Structures handling editors specifically check whether the contribution fits Composite Structures (use of composites in engineering structures with strong structural-application emphasis, structural-mechanics analytical / experimental / numerical content, structural-design implications) or another family member:
- Composites Science and Technology (CST, fundamental composites science including material chemistry / processing-science / nanoscale phenomena / interphase mechanics / micromechanics-from-first-principles, smaller structural-application emphasis)
- Composites Part A: Applied Science and Manufacturing (Part A, manufacturing-process focus including layup / autoclave / out-of-autoclave / RTM / VARTM / pultrusion / filament-winding / AFP-ATL / 3D-printing / additive-manufacturing of composites / consolidation / cure / forming / defect formation / process modeling)
- Composites Part B: Engineering (Part B, broader engineering-systems applications including multi-disciplinary engineering integration, smart-composites with sensing / actuation, biomedical-composites, energy-storage-composites)
- Composites Part C: Open Access (Part C OA broader scope including review-shaped and emerging-topic)
- Composites Communications (Elsevier letter format for rapid short contributions)
Non-Elsevier alternatives also relevant: Journal of Composite Materials (Sage broader composites), Mechanics of Composite Materials (Springer mechanics focus), Applied Composite Materials (Springer applications-broader), Composite Interfaces (Taylor & Francis interface specialty), Polymer Composites (Wiley polymer-composite specialty), Advanced Composite Materials (Taylor & Francis broader), International Journal of Solids and Structures (broader solid-mechanics including composites), Thin-Walled Structures (thin-walled composites), Engineering Structures (broader structural engineering including composites), Journal of Reinforced Plastics and Composites (Sage specialty).
Manuscripts misrouted face redirects within 1-2 weeks.
The fix is to read scope statements for all 5 Elsevier composites venues (CST / Part A / Part B / Part C / Composites Communications + Composite Structures) before submission, identify the contribution's emphasis (use-in-structures = Composite Structures; fundamental science = CST; manufacturing = Part A; engineering-systems = Part B; OA broader = Part C; rapid short = Communications), and write the cover letter to justify Composite Structures specifically over the family alternatives.
Check whether your Composite Structures target is right across the Elsevier composites family →
Generic or template-shaped Highlights
The third recurring pattern in Composite Structures-targeted manuscripts is generic Highlights that fail the desk-screen signal test Composite Structures editors apply.
The 3-5 Highlights at no more than 85 characters each are read as a desk-screen indicator of paper quality and novelty, not as a formatting field.
Specific patterns editors flag:
- generic Highlights that could apply to any composites paper ("We studied composite X"
- "Results show good performance"
- "Composite material was characterized"
- "Numerical simulation was performed")
- Highlights that describe what was done rather than what was discovered or what changed
- Highlights without quantitative performance numbers (no efficiency / strength / stiffness / weight-reduction / cost-reduction / fatigue-life percentages)
- Highlights without named structural mechanism (no failure mode / damage mechanism / load-transfer mechanism / energy-absorption mechanism / stiffness-source named)
- Highlights that miss the method advance (no new analytical / numerical / experimental capability named)
- Highlights formatted incorrectly (over 85 characters, fewer than 3 or more than 5 bullets, full sentences with prepositions wasting characters)
- Highlights that duplicate abstract content rather than complementing it
- Highlights without structural-application context (no aircraft / automotive / marine / civil / renewable / biomedical / aerospace application named)
Strong Highlights name: (1) a structural-application context with quantitative-significance ("New CFRP wing-skin design reduces weight 23% at iso-stiffness"); (2) a structural mechanism revealed ("Off-axis tow steering reveals new buckling-failure mode at 67° lay-up"); (3) a method advance with capability statement ("Novel multi-scale homogenization predicts impact damage 4x faster than FE"); (4) a comparative-performance result ("CNT-modified MMC achieves 1.8x fatigue life vs aluminum baseline"); (5) a design-rule or guideline ("Stitch density above 8 stitches/cm² eliminates Mode-II delamination").
The fix is to write Highlights last (after the manuscript is complete), name a specific quantitative outcome + named mechanism / application / method advance in each bullet, verify each bullet is no more than 85 characters (with characters counted including spaces), use 3-5 bullets aligned to the manuscript's distinct claims, and ensure Highlights complement the abstract rather than restating it.
Check whether your Composite Structures manuscript is submission-ready →
Submit If
- the contribution is the use of composite materials in an engineering structure (aerospace, marine, civil, biomedical)
- methodology is at the IF-8 bar (rigorous manufacturing, characterization, testing, modeling)
- the manuscript is.doc/.docx or .tex source (not PDF)
- the Elsevier artifact package is complete (Highlights, graphical abstract, declarations, CRediT, data, suggested reviewers via EM form)
- you've considered Composites Part A, Part B, CST, JCM, and Polymer Composites as alternatives
Think Twice If
- the contribution is manufacturing science (consider Composites Part A; that's its named scope)
- the contribution is engineering-systems performance (consider Composites Part B)
- the contribution is fundamental composites materials science (consider CST)
- the work is multiple-part / serial-publication style (Composite Structures generally discourages this)
- the manuscript source is PDF (Elsevier rejects at technical check; convert to.doc/.docx /.tex first)
- Highlights are generic or template-shaped (rewrite to name a mechanism, quantitative gain, or method advance)
- the main figures stop at coupon-level material properties without component-level or structural-application validation
- the cover letter names a composite system but not the load-bearing structure, load case, failure mode, or design implication
What should you read next?
- Composite Structures journal profile
- Is Composite Structures a good journal?
- Composites Part A Submission Guide
Related manuscript-status resources
Last verified: May 2026 against Composite Structures editorial pages and aggregator data.
Frequently asked questions
the official submission portal is the Elsevier Editorial Manager instance for Composite Structures. All article types route through this portal. Suggested reviewers are entered in the Editorial Manager form, not in the editor-facing note.
3 to 4 months total from submission to first decision, with peer review accounting for ~3 months. The intake and editor desk screen run 1 to 21 days; reviewer assignment takes 2 to 4 weeks. Online-first publication appears 1 to 3 weeks after acceptance. Composite Structures publishes ~779 papers per year, and that volume only works because the desk aggressively routes work to Part A, Part B, or CST.
Editor-facing note (do NOT name reviewers here; use the Editorial Manager form), manuscript file (.doc/.docx or .tex source; no PDF source files), 3 to 5 Highlights bullets at no more than 85 characters, graphical abstract (531 x 1328 px, no AI-generated artwork), Declaration of Competing Interest, CRediT author contributions, data availability statement, and 3 to 6 suggested reviewers via the EM form.
Composite Structures requires contributions to the USE of composite materials IN engineering structures. Manuscripts where the real subject is composites as materials (synthesis, characterization, basic mechanics without a structures application) get routed to Composites Science and Technology. Manufacturing emphasis routes to Composites Part A. Engineering-applications emphasis routes to Composites Part B. The materials-versus-structures distinction is the load-bearing scope signal.
7.88 in the 2024 JCR cycle (Resurchify aggregate; up from 7.36 in 2023). The journal is Q1 in Mechanics and Civil/Structural Engineering. Composite Structures has h-index 213 and ~779 papers per year.
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