Progress in Additive Manufacturing: An Impact Factor Analysis
When I dive into academic journals, I’m always searching for those vital signs of influence and rigor. It’s more than just the individual articles; it’s about how a collective body of work truly resonates within the scientific community. In the vibrant and rapidly evolving world of additive manufacturing, pinpointing publications that consistently push boundaries and uphold high standards is absolutely essential for researchers, practitioners, and anyone captivated by these advancements.
Source: This illustrative image represents the dynamic processes and detailed precision involved in additive manufacturing.
The journal Progress in Additive Manufacturing, published by Springer Verlag, has truly cemented its place as a significant voice. Its dedication to showcasing cutting-edge research is evident in its consistent performance across a range of key metrics.
Quick Summary
- Publisher: Springer Verlag
- Editor-in-Chief: Eujin Pei
- Impact Factor (2024 projection): 5.4
- 5-Year Impact Factor (2024 projection): 5.6
- Scopus CiteScore: 8
- h-index (June 2025): 45
- Peer Review: Double-blind
- Time to First Decision: Median 14 days
- Scope: Design for AM, material simulation, characterization, processes, material development, data processing, circular economy, resource efficiency, environmental aspects.
Understanding Journal Impact: Metrics Explained
In academic publishing, several metrics help us gauge a journal’s influence and reach. The most well-known is the Impact Factor (IF), which measures how frequently the average article in a journal has been cited within a given year. This metric, developed by Eugene Garfield, the founder of the Institute for Scientific Information (ISI), is now calculated by Clarivate and published in the Journal Citation Reports (JCR).
Other important metrics include the 5-Year Impact Factor, which provides a broader view of citation trends, and the h-index, a measure that combines both the productivity and citation impact of a journal. The SCImago Journal Rank (SJR) and Scopus CiteScore offer alternative perspectives, often incorporating different citation databases and methodologies.
Impact and Influence in Additive Manufacturing
The Impact Factor (IF) is a crucial metric, indicating how frequently the average article in a journal has been cited within a given year, as Wikipedia explains. For Progress in Additive Manufacturing, this metric has seen remarkable growth. The journal achieved an Impact Factor of 4.5 for 2022, a detail highlighted by Springer.
Source: storage.googleapis.com
This chart clearly illustrates the substantial growth in the journal’s Impact Factor over recent years, demonstrating its increasing influence.
Looking ahead, the Impact Factor for 2024 is projected at 5.4, with a 5-year Impact Factor for 2024 at 5.6, according to Springer. Clarivate, the publisher behind the Journal Citation Reports (JCR) found at Clarivate.com, calculates this metric annually. The 2026 Impact Factor is also projected at 5.4 (as of June 2025), indicating continued strong performance.
Beyond the standard Impact Factor, the journal also shines in other vital indicators. Its Scopus CiteScore stands at 8, and its Impact Score, derived from Scopus data, reached 5.97 in 2025. This marks a significant 15.92% increase, or 0.82 points, compared to its 2023 Impact Score. Notably, the journal’s highest Impact Score was 5.97 in 2024, reflecting a consistent upward trajectory since its lowest point of 0.00 in 2016. Over the past nine years, the average Impact Score has settled at a respectable 3.94.
The h-index, a robust measure of a journal's productivity and citation impact, reached 45 as of June 2025. The SCImago Journal Rank (SJR) for Progress in Additive Manufacturing is 0.994 (as of June 2025), confidently placing it in the Q1 quartile within the "Industrial and Manufacturing Engineering" category. These comprehensive indicators collectively underscore the journal's foundational and leading role in the additive manufacturing literature.
Key Performance Metrics Over Time
To better understand the trajectory of Progress in Additive Manufacturing, let’s look at some key metrics over recent years:
| Metric | 2024 (Projected) | 2022 | 2020 | 2018 | 2016 |
|---|---|---|---|---|---|
| Impact Factor | 5.4 | 4.5 | 4.0 | 3.065 | 0.00 |
| 5-Year Impact Factor | 5.6 | — | — | — | — |
| Impact Score (Scopus) | 5.97 (2025) | 5.08 (2023) | — | — | 0.00 |
Note: Some data points are not available for all years across all sources.
Rigorous Peer Review and Broad Scope
Progress in Additive Manufacturing employs a double-blind peer-review system, a gold standard practice that champions impartiality and scientific rigor in evaluating submitted manuscripts. The journal’s dedication to efficiency is equally impressive, boasting a median time of just 14 days from initial submission to the first decision.
The journal's scope is wonderfully comprehensive, encompassing a vast array of topics integral to the field. This includes innovative design for additive manufacturing (AM), intricate material simulation, thorough AM material characterization, cutting-edge AM processes and material development, and efficient AM data processing. Moreover, it actively encourages manuscripts that delve into contributions to the circular economy, resource efficiency, and the environmental aspects of additive manufacturing. This expansive focus ensures the journal remains a central, dynamic platform for vital interdisciplinary research.
Recent Developments and Future Outlook
The journal continues to draw in a global readership, with Progress in Additive Manufacturing recording an impressive 1 million downloads in 2025. The latest issue, from March 2026, showcases a diverse array of groundbreaking studies. These include research delving into:
- vibrations in FDM 3D printers;
- process parameters and surface treatments for Ti6Al4V;
- lightweight mechanisms for cementitious materials;
- techno-economic analyses in metal AM;
- and the mechanical properties of overhang parts.
Further topics in the issue explore gap width in Laser Powder Bed Fusion, solidification behavior of WC-Co components, keyhole porosity prediction, material recycling, the integration of conductive elements in PBT parts, and advanced design tools for material extrusion. Patient-specific cranial implants, sintering behavior of gold alloys, lattice structures, carbonized cementitious materials, hybrid coatings, arc welding, extrusion parameter optimization, polymer AM improvements, and machine learning for anomaly detection are also covered. The issue comprehensively delves into the effects of heat treatment on alloy properties and the influence of light on vat photopolymerization technology, ensuring a deep dive into the latest advancements.
Eujin Pei serves as the editor-in-chief, steering the journal's editorial vision with a steady hand, and the editorial board has recently welcomed distinguished new members such as Professor Julian Polte and Dr. Marco Luigi Grasso (from issue 02/2024).
Source: brunel.ac.uk
Eujin Pei, the esteemed editor-in-chief, brings his guiding vision to the journal, ensuring its continued leadership in the field.
Frequently Asked Questions
What is the current Impact Factor of Progress in Additive Manufacturing?
The projected Impact Factor for 2024 is 5.4, and the 5-year Impact Factor for 2024 is 5.6. The 2022 Impact Factor was 4.5.
Who is the Editor-in-Chief of the journal?
Eujin Pei is the Editor-in-Chief of Progress in Additive Manufacturing.
What kind of peer review system does the journal use?
The journal employs a double-blind peer-review system, ensuring impartiality in the evaluation process.
How quickly can authors expect a first decision on their manuscript?
The median time from submission to the first decision is an impressive 14 days.
What topics does Progress in Additive Manufacturing cover?
The journal covers a broad range of topics including design for AM, material simulation, AM material characterization, AM processes and material development, AM data processing, and contributions to the circular economy, resource efficiency, and environmental aspects of additive manufacturing.
Conclusion
Progress in Additive Manufacturing has unequivocally cemented its position as a leading publication in the field. This is evident through its robust Impact Factor, remarkably comprehensive scope, and highly efficient peer-review process. The journal’s consistent growth in citations and overall influence truly underscores its pivotal role in advancing additive manufacturing research and effectively disseminating critical knowledge to a global audience. The journal’s unwavering dedication to quality research and timely dissemination makes it an absolutely essential resource for anyone deeply invested in the future of additive manufacturing.