Transactions on Additive Manufacturing Meets Medicine (ISSN: 2699-1977) is a peer-reviewed, open-access scientific journal that serves as the official publication platform of the AMMM Conference.
Closely associated with the Annual Conference on Additive Manufacturing Meets Medicine (AMMM), the journal functions as a rigorous, quality-assured publication outlet for selected scientific contributions presented at the conference. The journal is published annually, providing an academically curated and thematically focused collection of high-impact research at the intersection of additive manufacturing and medical applications.
Trans. AMMM reflects the interdisciplinary character of the AMMM event series, which brings together researchers, engineers, clinicians, and entrepreneurs working in medical 3D printing. Contributions to the journal cover a wide range of topics, including:
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Bioprinting and scaffold design
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Implants and prosthetics
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Regulatory and translational aspects
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Material innovation for medical use
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Simulation and modeling in medical additive manufacturing
Through its integration with the AMMM scientific program and its commitment to open science, Transactions on AMMM ensures broad visibility, transparent peer review, and long-term accessibility of cutting-edge research in the field.
Further information on the conference and journal is available at:
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Conference: www.ammm.science
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Journal: journals.infinite-science.de/ammm
Current Issue
Original Research
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Additive Manufacturing of Custom-made Cranial PEEK Implant and Postoperative Evaluation
Original Research, 647
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Experimental FSI simulation validation of an anthropomorphic upper airway phantom
Original Research, 674
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Additive manufactured versus traditional osteosynthesis plates - a finite element analysis
Original Research, 644
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Evaluating benefits of patient-specific 3D-printed phantom designs in visceral surgery
Original Research, 671
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Unilateral cranial defect bone reconstruction using 3D designing and manufacturing
Original Research, 655
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Voronoi lattice-based orthotics with modular stiffness for additive manufacturing
Original Research, 668
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Post processing of Ti6Al4V manufactured using high power laser powder bed fusion
Original Research, 653