Cement and Concrete Research Submission Guide
A practical Cement and Concrete Research submission guide for cementitious-materials researchers evaluating mechanism, durability, and materials-science fit before upload.
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How to approach Cement And Concrete Research
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 | Scope check |
2. Package | Formatting check |
3. Cover letter | Editorial screening |
4. Final check | Peer review |
Quick answer: This Cement and Concrete Research submission guide is for manuscripts about the materials science and engineering of cementitious materials.
Elsevier's journal page emphasizes major results, novel experimental techniques, analytical and modeling methods, real-structure diagnosis, and improved materials. Submit only when the abstract, figures, methods, mix design, microstructure, durability evidence, and cover letter support a generalizable materials-science contribution.
From our manuscript review practice
For Cement and Concrete Research, the first-read question is whether cementitious-materials evidence explains a mechanism or major materials result, not whether the mix design improved one property.
How was this page reviewed?
Source check, May 26, 2026: this page was reviewed against the official Cement and Concrete Research ScienceDirect page, journal insights, Elsevier author guidance, and adjacent Elsevier cement-journal pages. This source pass anchors the public facts used below.
Evidence boundary: public sources verify the aims and scope, APC, subscription option, journal timelines, companion journal Cement, and article-positioning signals, but they do not reveal private editorial notes, manuscript-specific reviewer decisions, or a reliable current acceptance-rate field, so this guide does not use one. The page translates those sources into mix-design, durability, and microstructure readiness checks.
Run a Cement and Concrete Research pre-submission readiness check before upload, or use the checks below manually.
For a fast first pass on cementitious-materials fit, run the Manusights readiness review. How this page was reviewed: Manusights editorial analysis identifies three failure patterns across cement chemistry, concrete durability, and binder-mechanism papers plus official Elsevier source checks. In practice, editors specifically screen for abstract, methods, figure, cover letter, and reference-list signals before full review.
Use this guide when the decision is whether a manuscript should enter the Cement and Concrete Research process now or be redirected to Cement, Cement and Concrete Composites, Construction and Building Materials, Materials and Structures, or a narrower civil-engineering venue first. For baseline journal context, see the Cement and Concrete Research journal profile.
Concrete source facts used in this update include Article Publishing Charge USD 5,440 excluding taxes, 7 days submission to first decision, 68 days submission to decision after review, 137 days submission to acceptance, 8 days acceptance to online publication, official ScienceDirect route ScienceDirect journal page, and the Elsevier submission handoff through Elsevier submission portal. Verify the current editorial leadership on the journal's editorial-board page before quoting any name in a cover letter.
Recent DOI examples checked during this pass include 10.1016/j.cemconres.2026.108159, 10.1016/j.cemconres.2026.108155, and 10.1016/j.cemconres.2026.108146.
We see the same pattern in manuscript-specific diagnostics: a concrete paper can have strong compressive-strength data and still miss Cement and Concrete Research if the binder mechanism, microstructure, durability, or model evidence does not travel beyond one mix recipe.
What is the real Cement and Concrete Research submission decision?
Cement and Concrete Research says its aim is to publish the best research on the materials science and engineering of cement, cement composites, mortars, concrete, and allied materials incorporating cement or other mineral binders. It highlights properties and performance of cementitious materials, novel experimental techniques, analytical and modeling methods, diagnosis of real cement and concrete structures, and potential for improved materials.
That scope is narrower than "any concrete paper." A construction practice study, mix-optimization exercise, recycled-aggregate performance note, or empirical strength comparison can be useful but still be a poor fit if it does not explain something important about cementitious materials. A stronger manuscript shows what changed in binder chemistry, hydration, microstructure, pore solution, rheology, transport, degradation, or material performance and why that result matters beyond the tested mix.
What official requirements matter before upload?
Requirement | Source fact | Submission implication |
|---|---|---|
Scope | Materials science and engineering of cementitious materials | Make the materials mechanism central |
Article options | Original articles, major reviews, selected conference papers, discussions, and rapid communications where appropriate | Choose the article type before formatting the argument |
APC | USD 5,440 excluding taxes for open access | Mention funding or OA preference only when relevant |
Companion journal | Cement is the open-access companion title | Consider Cement when translation or open-access dissemination is stronger than CCR selectivity |
Timeline | Public insights list 6 days to first decision and 70 days to decision after review | The first screen can move quickly if scope is unclear |
Submission route | ScienceDirect sends authors through Elsevier's submission handoff at Elsevier submission portal | Start from the official journal page and verify the current article type, declarations, and file requirements before upload |
Editorial triage timeline for Cement and Concrete Research
Stage | What usually happens | What to check before upload |
|---|---|---|
Day 0: upload | The author starts from the ScienceDirect Cement and Concrete Research page and enters Elsevier's submission route at Elsevier submission portal. | Confirm article type, title page, abstract, keywords, figures, tables, declarations, and supplementary files before submission. |
Day 1 to 3: completeness screen | Administrative checks can catch missing declarations, file problems, author details, or unclear article-type selection. | Authorship, conflicts of interest, funding, data availability, generative-AI disclosure where applicable, and permissions should be complete. |
Day 4 to 10: scope screen | The first editorial screen tests whether the paper fits cementitious-materials science rather than only construction-materials application. | The abstract, Figure 1, methods table, and cover letter should connect binder chemistry, microstructure, transport, durability, rheology, or modeling to performance. |
Day 11 to 21: reviewer-routing decision | If the manuscript clears the scope screen, reviewer matching depends on whether the evidence supports a generalizable materials-science claim. | The decisive mix-design, exposure, aging, microstructure, and model-validation details should be inspectable in the main manuscript. |
This timeline is a source-limited triage model, not a guaranteed decision schedule. Cement and Concrete Research can move quickly at the first screen because the scope is narrower than "concrete papers." The safest upload package makes the material mechanism visible before the editor has to decide whether the paper is really for Cement, Cement and Concrete Composites, Construction and Building Materials, Materials and Structures, or another civil-engineering journal.
This guide tells you what Cement and Concrete Research editors look for; the review tells you whether your paper passes that bar before upload. Manusights reviews 1,000+ manuscripts and reports, we do not train models on your manuscript text, and the service includes a 60-day money-back guarantee when the review does not meet the stated deliverable.
Source limitations: official Cement And Concrete Research journal and publisher pages define scope, article types, and submission mechanics, but they do not publish manuscript-level desk decisions for Cement And Concrete Research; the patterns below combine public guidance, recent issue review, and anonymized Manusights pre-submission review work for this journal family.
Decision risks before submitting to Cement and Concrete Research
Across Manusights submission reviews for cement chemistry, hydration, supplementary cementitious materials, durability, rheology, fiber-reinforced concrete, recycled binder, modeling, and microstructure manuscripts targeting Cement and Concrete Research, the recurring issue is not weak engineering data. It is a missing bridge between observed performance and a broader materials-science insight.
Mix design improves a property but does not explain the material mechanism
For manuscripts targeting Cement and Concrete Research, this pattern appears when the paper reports strength, workability, shrinkage, permeability, chloride ingress, carbonation, or durability improvement across mix designs but does not explain the binder, pore-structure, hydration, interfacial transition zone, or transport mechanism that makes the result generalizable. Cement and Concrete Research is not simply a venue for better numbers. It asks whether the research advances understanding of cementitious materials.
The manuscript components to test are the abstract, Figure 1, mix-design table, methods, microstructure figures, and discussion. The abstract should state the cementitious system and the materials-science insight, not only the performance gain. The mix-design table should include binder composition, water-to-binder ratio, admixture, curing, aggregate, replacement level, and testing ages. Methods should support reproducibility. Figures should connect hydration, pore structure, phase assemblage, microcracking, rheology, or transport to the claimed property change.
The cover letter should explain why this is Cement and Concrete Research rather than a construction-materials application paper.
If the evidence is mainly application performance, Construction and Building Materials, Cement and Concrete Composites, Materials and Structures, or Magazine of Concrete Research may be better. If the work is highly translational or open-access oriented, Cement can be a sensible companion route. Cement and Concrete Research remains the target when the performance result teaches a materials mechanism.
Check whether your Cement and Concrete Research mix-design claim has a mechanism →
Durability claim outruns exposure, aging, or transport evidence
For manuscripts targeting Cement and Concrete Research, the second pattern appears when the manuscript claims improved durability but relies on short exposure, single-age testing, or one proxy property. A cementitious-materials durability claim needs evidence that matches the mechanism. Chloride resistance, carbonation, sulfate attack, alkali-silica reaction, freeze-thaw resistance, creep, shrinkage, corrosion, and transport behavior each require a different evidence chain.
The component-level check is concrete. Methods should state exposure regime, curing, specimen geometry, test standards, ages, environmental conditions, and replicate logic. Tables should separate composition, fresh properties, mechanical results, and durability outcomes. Figures should not show only compressive strength if the claim is long-term durability. The supplement can hold extra curves, but the main manuscript should include the decisive transport, microstructure, or degradation evidence. The discussion should explain limits without turning a short test into a service-life claim.
This pattern affects journal choice. If the evidence is mostly structural or field-performance oriented, Structural Concrete, Construction and Building Materials, or Materials and Structures may fit better. If the durability data is tied to binder chemistry, pore structure, phase evolution, and real performance consequences, Cement and Concrete Research is credible.
Check whether your Cement and Concrete Research durability evidence supports the claim →
Modeling or microstructure is impressive but disconnected from performance
For manuscripts targeting Cement and Concrete Research, the third pattern is a split between characterization and consequence. Authors may present XRD, TGA, MIP, SEM, nanoindentation, calorimetry, NMR, tomography, thermodynamic modeling, or machine-learning predictions, but the manuscript does not show how those outputs explain material behavior. Editors and reviewers need the characterization to answer a materials-science question, not decorate an empirical result.
The manuscript should align each component. The abstract should state the question. The methods should define how the model or characterization was validated. Figures should pair microstructure or model outputs with measured performance. The cover letter should name the insight, not only the method. If the strongest contribution is a model, the validation set and assumptions need to be inspectable. If the strongest contribution is microstructure, it needs a performance connection.
Nearby routing matters. A pure characterization paper may fit Journal of Materials Science. A modeling-heavy paper may fit Cement and Concrete Composites or Computational Materials Science depending on emphasis. Cement and Concrete Research should remain the target when characterization or modeling changes understanding of cementitious-material performance.
Check whether your Cement and Concrete Research microstructure story connects to performance →
How should Cement and Concrete Research be compared with nearby journals?
Venue | Better fit when | Think twice when |
|---|---|---|
Cement and Concrete Research | The paper advances materials science of cementitious systems | The contribution is only a mix-design improvement |
Cement | Open-access dissemination and translational cementitious-binder work are the better route | The manuscript has flagship CCR-level mechanism and breadth |
Cement and Concrete Composites | Composite behavior, reinforcement, or application performance leads | Binder science and fundamental mechanism are central |
Construction and Building Materials | Construction material performance and application are central | The paper is fundamentally about cement chemistry or microstructure |
Materials and Structures | Structural-material durability, testing, or code-relevant performance leads | The contribution is more fundamental materials science |
Submission signal | Cement and Concrete Research | Cement | Cement and Concrete Composites | Construction and Building Materials |
|---|---|---|---|---|
Core question | What new materials-science insight explains cementitious behavior? | Is open-access dissemination of cementitious-binder work the better route? | Is composite behavior or reinforcement the lead contribution? | Is practical construction-material performance the main value? |
First figure should show | Mechanism, microstructure, transport, hydration, or model logic tied to performance | Binder-system insight with translational clarity | Composite response, interface behavior, or reinforcement effect | Application performance, specification, or construction context |
Methods burden | Reproducible mix design, curing, exposure, characterization, and validation | Same, with a clearer open-access companion-journal fit | Composite system and interface evidence | Field or application testing details |
Common weak fit | Improved property without mechanism | Flagship-level mechanism better kept for CCR | Binder chemistry is more central than composite behavior | Mechanism too fundamental for a construction route |
Should you submit now?
Readiness check
Run the scan against the requirements while they're in front of you.
See score, top issues, and journal-fit signals before you submit.
Submit If
- the abstract names the cementitious system and the materials-science insight
- the mix-design table includes enough quantitative composition detail for replication
- microstructure, hydration, rheology, transport, or modeling evidence explains performance
- durability claims are supported by exposure, aging, or degradation evidence that matches the claim
- the cover letter explains why CCR is better than Cement, Cement and Concrete Composites, or Construction and Building Materials
Think Twice If
- the manuscript reports one improved strength, workability, or durability number without mechanism
- the Figure 1 sequence starts with application performance but delays binder chemistry or microstructure
- the methods section omits water-to-binder ratio, curing regime, specimen age, replicate count, or exposure condition
- the conclusion turns a short laboratory test into a service-life claim
- the paper would be easier to route as construction-materials application work
Final checklist before submission
- Rewrite the abstract so the cementitious-materials insight appears before the performance claim.
- Audit the mix-design and methods tables for reproducibility.
- Move the decisive microstructure, hydration, transport, durability, or model-validation figure into the main manuscript.
- State what the result teaches about cementitious materials beyond one mixture.
- Use the cover letter to solve journal routing, not to inflate selectivity.
Before you upload, run a Cement and Concrete Research submission readiness check to test mechanism, methods, durability support, figures, and adjacent-journal fit.
Related submission guides
Use these nearby guides when the target journal is still uncertain:
How this Cement And Concrete Research guide was checked
For the related journal overview, see Cement And Concrete Research submission guide. In our work on Cement And Concrete Research submissions, we observe that editors specifically screen the abstract, first figures, cover letter, and evidence package for whether the manuscript answers the journal's stated fit test; our analysis of Cement And Concrete Research pages treats those checks as submission-risk signals, not as official guidance.
Frequently asked questions
Submit through Elsevier's online submission route from the Cement and Concrete Research ScienceDirect page. Prepare a materials-science manuscript that connects cement chemistry, microstructure, processing, durability, modeling, or structural diagnosis to a generalizable cementitious-materials contribution.
The journal publishes research on the materials science and engineering of cement, cement composites, mortars, concrete, and allied materials using cement or mineral binders. It prioritizes major results, novel experimental techniques, analytical and modeling methods, real-structure diagnosis, and potential for improved materials.
Elsevier's public journal page lists an open-access Article Publishing Charge of USD 5,440 excluding taxes. Subscription publication is also available with no publication fee charged to authors.
Common problems include empirical mix design without mechanism, durability claims without exposure or aging evidence, microstructure data not linked to performance, and a better fit for Cement, Cement and Concrete Composites, Construction and Building Materials, or Materials and Structures.
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