Page 77 - ESAM-1-2

Engineering Science in
Additive Manufacturing Multi-material additive manufacturing of metals

Appendix

Table A1. Summary of review articles on multi‑material additive manufacturing in the past decade
Title Primary focus Year References
Multiple material additive manufacturing – part 1: A Review of the MMAM process and principal key processes 2013 28
review progress, technological challenges, and future trends as of 2013
Additive manufacturing of multimaterial structures 3D-printed polymer-based, metal/metal, and metal/ceramic 2018 102
MMAM applications
Potentials and challenges of multi-material processing by Provides a collection of challenges to overcome in MM-LPBF 2018 237
laser-based powder bed fusion
Multi-material additive manufacturing technologies for Provides a brief review on tissue engineering, design requirements, 2020 30
Ti-, Mg-, and Fe-based biomaterial for bone substitution and metallic biomaterials fabrication technologies
Laser direct energy deposition-based additive Presents the current state-of-the-art and issues associated with 2021 238
manufacturing of metallic multi-material: A review laser-based direct energy deposition in metallic MMAM
Critical review of the state of the art in multi-material Provides a critical review on developing trends, design methodologies, 2021 92
fabrication via direct energy deposition common issues and challenges, and future trends in MM-DED
Review on additive manufacturing of multi-material parts: Provides information on the latest progress and challenges in 2021 88
Progress and challenges MMAM technologies
Review on additive hybrid and multi-material manufacturing Provides information on the state of technology for hybrid 2021 59
of metals by powder bed fusion: state of technology and and MM manufacturing of metals using AM, particularly PBF
develop- ment potential processes
Emerging metallic systems for additive manufacturing: Covers the state-of-the-art approach within the perspective of 2021 239
In-situ alloying and multi-material processing in laser LPBF, and namely, the in situ alloying and multi-material process
powder bed fusion strategy
Recent progress and scientific challenges in multi-material Reviews the latest progress in MM powder deposition mechanism, 2021 40
additive manufacturing via laser-based powder bed fusion molten pool behavior, process characteristics of printing metal/metal,
metal/polymer, and metal/ceramic, and their potential applications
Multi-material powder bed fusion technique Overview of the current state of the MM-PBF techniques 2022 240
Recent progress on additive manufacturing of Provides a comprehensive review on achievement in MM structures 2022 39
multi-material structures with laser powder bed fusion through LPBF, focusing on interface characteristics, strengthening
methods, critical technical issues, and potential problems
Powder bed fusion of multi-materials Provides an overview of the current development for MM-PBF 2023 241
applications
A process parameter review on selective laser Provides information on the influence of LPBF process parameters 2023 242
melting-based additive manufacturing of single and on the quality of parts fabricated from varied materials and MM
multi-material: microstructure, physical properties, structures
tribological, and surface roughness
Multi-material additive manufacturing: A systematic Presents a comprehensive summary of MMAM systems, 2023 34
review of design, properties, applications, challenges, and fundamental processes, MM combinations, design, modeling, and
3D printing of materials and cellular metamaterials. analysis strategies, focusing on applications and opportunities for
using MMAM in various industries
A review on additive manufacturing of SS-Ni Summarizes methods used for SS-Ni MMAM, combination 2023 38
multi-material fabrication strategies, fabrication quality, microstructural variation, property
enhancement, challenges, and applications
A review on multiplicity in multi-material additive Covers material combinations in polymer, composites, metals/ 2023 89
manufacturing: Process, capability, scale, and structure ceramics, metal alloys, and biomaterials, exploring MMAM capabilities
in bi-metallic structures, and functionally or compositionally graded
materials, providing insights into various scales and structural aspects
A review on experimentally observed mechanical Focuses on the material interface characteristics and property 2023 41
and microstructural characteristics of interfaces in performance in MM-LPBF, including common challenges in
multi-material laser powder bed fusion MMAM
Additive manufacturing of metal and alloys to achieve Reviews the four types of heterogeneous microstructures induced 2024 243
heterogeneous microstructures for exceptional mechanical by AM, and discusses the advantages and potential applications of
properties metals and alloys with heterogeneous microstructures made by AM
Abbreviations: 3D: Three-dimensional; AM: Additive manufacturing; DED: Direct energy deposition; Fe: Iron; LPBF: Laser powder bed fusion;
Mg: Magnesium; MM: Multi-material; Ni: Nickel; PBF: Powder bed fusion; SS: Stainless steel; Ti: Titanium.

Volume 1 Issue 2 (2025) 45 doi: 10.36922/ESAM025180010