Journal of Alloys and Compounds Impact Factor

Among Metallurgy & Metallurgical Engineering journals, Journal of Alloys and Compounds ranks in the top 11% by impact factor (JCR 2024). This ranking is based on our analysis of 20,449 journals in the Clarivate JCR 2024 database.

The 6.3 JIF means that Journal of Alloys and Compounds papers are solidly cited within the two-year JCR window. It's a respectable number for metallurgy and materials science. The five-year JIF (5.9) sitting slightly below the two-year number tells you citation performance is somewhat front-loaded: papers get cited quickly but don't build as much long-term momentum.

The volume context matters here. With nearly 5,000 articles per year, this is one of the highest-volume materials journals in the world. That volume has direct implications for how you should read the 6.3:

Selectivity is moderate. The journal can and does publish a large number of competent materials papers. The acceptance bar is lower than flagship venues like Advanced Materials or even Journal of Materials Chemistry A. For solid alloy and functional materials work, the path to publication is realistic.

The JIF is inflated relative to per-paper impact. High-volume journals tend to have wider variance between their most-cited and least-cited papers. The 6.3 is an average across nearly 5,000 articles, and many individual papers will be cited well below that average.

Self-citation rates are worth watching. With 242,922 total cites, Journal of Alloys and Compounds has one of the highest citation totals in all of materials science. The JIF without self-cites (5.7) is lower than the headline number, which is typical for high-volume journals but worth noting.

The journal has grown steadily from ~3.8 in 2017 to 6.3 in 2024, reflecting the expanding materials research field. The 2021 peak and subsequent stabilization follow the typical post-pandemic pattern.

• whether the alloy or materials characterization in your paper is novel enough
• how visible your specific paper will be within 5,000 annual articles
• how materials science hiring committees read this journal versus lower-volume alternatives
• how long peer review will take
• whether the paper would perform better in a more targeted venue

In our pre-submission review work with manuscripts targeting Journal of Alloys and Compounds, three patterns generate the most consistent desk rejections.

Routine characterization of a new composition without mechanistic insight. JAC's scope covers "inorganic chemistry and materials science" with emphasis on alloys, intermetallics, and compounds. The most common desk-rejection pattern: papers that synthesize a new composition or doping variant, characterize it with standard techniques (XRD, SEM, EDX, FTIR), and report resulting properties without providing a mechanistic explanation for why the composition change produced the observed property change. An alloy with 2% higher hardness than the reference composition is a materials report; the same alloy where the hardness improvement is connected to a specific phase transformation, grain boundary chemistry, or dislocation mechanism is a scientific contribution. JAC reviewers expect the composition-structure-property triangle to be completed, not just the composition-property corners.

Incremental composition variation that does not reveal new physics or materials behavior. JAC publishes a large volume, but editors distinguish between systematic studies that reveal a trend or identify an optimal composition window, and papers that simply report the next data point in a composition series without explaining why that data point adds new knowledge. Papers that vary one dopant concentration across 4-5 levels without identifying the mechanism underlying the observed trend, or without relating the composition range to a phase diagram, solid solubility limit, or processing parameter, are treated as incremental. The question editors ask: does this paper teach the field something it could not have inferred from the previous literature on this alloy system?

Materials synthesis paper without connecting composition to a targeted application. JAC expects papers to situate the materials work within an application context. Papers describing a new alloy composition without specifying the application for which the properties are being optimized, or why those property targets matter, face reviewer requests to clarify the motivation. This doesn't require a device demonstration, but it does require a specific argument: why does improving coercivity in this magnetic alloy system matter for permanent magnet applications, or why does this specific combination of thermal and electrical conductivity matter for thermoelectric efficiency at the target operating temperature?

A JAC mechanistic analysis and application framing check can assess whether the mechanistic analysis and application framing meet JAC's current editorial standards.

Despite the high volume, editors still screen for materials novelty over routine characterization. The most common desk rejection triggers are:

• papers that report composition-property data without a clear mechanism or application story
• incremental variations on existing alloy systems without new insight
• papers where the materials characterization is standard and the results are predictable

Papers that connect alloy design to a specific performance outcome do better in triage. If you can show that your composition choice solves a defined materials problem (thermoelectric efficiency, corrosion resistance, magnetic performance), the paper has a much stronger path through review.

Submit if:

• the paper has solid alloys, intermetallics, or functional materials content
• you want a well-indexed, established Elsevier venue with realistic acceptance odds
• the work connects composition or processing to clear property outcomes
• the target audience is the broad alloys and compounds community

Think twice if:

• Acta Materialia or Journal of Materials Chemistry A would give the work higher-prestige placement
• the paper is primarily about nanomaterials without a clear alloy or compound focus
• a specialty journal (e.g., Corrosion Science, Journal of Magnetism and Magnetic Materials) would give better-targeted visibility
• Advanced Materials or ACS Applied Materials & Interfaces is a realistic target

Journal of Alloys and Compounds at 6.3 is a strong example of a metric that only makes sense once you factor in volume, audience, and manuscript shape together. The journal publishes a huge number of materials papers, which means the Q1 ranking is real but the editorial signal is different from a smaller flagship venue. The page should help searchers read the number as "credible, broad, and visible in alloys and compounds" rather than as a shortcut for top-tier selectivity.

That is where the real decision lives. If the manuscript teaches something durable about composition, structure, processing, or property control in alloys and compounds, the journal can be an efficient and coherent target. If the paper mainly wants the optics of a respectable materials journal while offering routine characterization or a weakly explained property bump, the volume of the journal will not rescue the fit problem. A strong Journal of Materials Chemistry A or other materials comparison can still outrank it on prestige, but Journal of Alloys and Compounds often wins on realism when the story is broad materials science rather than flagship materials branding.

Use the volume context as part of the interpretation. This journal is useful when the searcher wants to know where solid, field-relevant alloy and compound work can publish with real visibility. It is less useful as a prestige fantasy. That distinction is what makes the page worth landing on.

The headline IF is what most authors check, but the deeper JCR metrics tell a more complete story about how Journal of Alloys and Compounds actually performs in the citation ecosystem. Here's the full picture from the 2024 JCR release.

The JCI of 1.15 is the metric to watch here. It's field-normalized, so it tells you Journal of Alloys and Compounds performs about 15% above the world average for its category. That's solid but not elite, compare it to Acta Materialia's JCI, which runs closer to 1.5. The 4.8-year cited half-life confirms that JAC papers get picked up quickly but don't have the long citation tail you'd see from review-heavy or flagship venues. For authors deciding where to submit, these numbers say: reliable Q1 visibility in materials science, but don't expect your paper to keep collecting citations a decade out.