Additive Manufacturing Group

Publications

2026

  • Liu S., Shimizu K., Dang J., Blanken K., Briffod F., Nambu S.

    Improving the ductility of 2.6-GPa high-carbon martensitic steel by prior bainitic transformation

    Materials Science and Engineering: A.957(2026) 149955

  • Briffod F., Edwards T.E.J., da Fonseca J.Q., Stinville J.C., Texier D., Vermeij T.

    Understanding strain localization in metallic materials: a review of high-resolution digital image correlation and related techniques

    Science and Technology of Advanced Materials. 27 [1] (2026) 2630488

  • Briffod F., Shiraiwa T., Hayakawa K., Suzuki K., Karato T., Enoki M.

    Fatigue crack initiation in a directionally solidified Ni-based superalloy: Effect of non-metallic inclusions

    Materials Science and Engineering: A.949(2026)149475

  • Daram P., Briffod F., Kitashima T., Kusano M., Watanabe M.

    Effects of substrate preheating and processing parameters on the crystallographic texture of Hastelloy X on SX-like Ni fabricated by L-PBF process with flat-top laser beam

    Journal of Materials Research and Technology.41(2026)1974-1985

  • Gaqi Y., Guo S., Kusano M., Naito K., Watanabe M.

    Effects of heat-treatment temperature on the adhesive bonding performance of Ti–6Al–4V alloy

    Journal of Materials Research and Technology.40(2026)2491-2502

  • Yin W., Briffod F., Kang J., Hu H., Yamazaki K., Shiraiwa T., Enoki M.

    Origin of strain localization near prior austenite grain boundary in martensitic steel: Role of chemical and dislocation structures

    Scripta Materialia.276(2026)117201

2025

  • Bhandari L., Gaur V., Briffod F., Shiraiwa T., Enoki M.

    High-temperature fatigue and creep damage mechanism in additively manufactured Ti-6Al-4V alloy

    Engineering Failure Analysis.174(2025)109534

  • Briffod F., Daram P., Kusano M., Watanabe M.

    An integrated computational materials engineering framework for process–structure–property mapping in laser powder bed fusion

    Materials and Design.260(2025)115097

  • Briffod F., Yasuda K., Zhu J., Shiraiwa T., Jhon M., Gunawan F., Sahay R., Raghavan N., Budiman A.S., Enoki M.

    Fatigue and fracture of accumulative roll-bonded Cu/Nb materials: Effects of layer thickness and loading direction

    International Journal of Fatigue.193(2025)108772

  • Daram P., Kusano M., Watanabe M.

    Investigation of the Process Optimization for L-PBF Hastelloy X Alloy on Microstructure and Mechanical Properties

    Materials.18[8](2025)1890

  • Galiègue L., Briffod F., Ito K., Masuo H., Watanabe M., Shiraiwa T., Enoki M.

    Acoustic emission monitoring reveals keyhole formation and evolution

    Scientific Reports.15[1](2025)43243

  • He D.

    Review of Corrosion Evaluation Methods for Steel Reinforcement in Concrete

    Corrosion and Materials Degradation.6[3](2025)37

  • Honda H., Watanabe M.

    Measurement of Laser Absorptivity of Inconel Powders with Additive Manufacturing Machine

    Materials Transactions.66[1](2025)107-112

  • Hu H., Briffod F., Shiraiwa T., Enoki M.

    Novel Bayesian Statistical Analysis on Acoustic Emission Data during Dwell-fatigue of Ti-6Al-4V Alloys

    ISIJ International.65[10](2025)1481-1492

  • Katagiri J., Kusano M., Watanabe M.

    Bayesian Optimization-Based Parameter Identification for Discrete Element Method Simulation of Consolidation and Its Application to Powder Spreading Analysis

    Journal of Manufacturing and Materials Processing.9[12](2025)383

  • Katagiri J., Nomoto S., Kusano M., Watanabe M.

    Influence of high Reynolds number flow inside molten pool on keyhole instability-induced pore formation process in laser powder bed fusion

    Materials Today Communications.44(2025)111756

  • Kusano M., Osada T., Watanabe M.

    Data-driven optimization of laser scanning conditions in laser powder bed fusion for defect-free IN738LC components

    Journal of Manufacturing Processes.151(2025)354-371

  • Liu H., Kitamura M., Briffod F., Shiraiwa T.

    A cellular automata-based crystal plasticity analysis of slip activity in additive manufactured Ti-6Al-4V during dwell fatigue

    Journal of Alloys and Compounds.1041(2025)183867

  • Meng L., Kitashima T., Lin P., Wang Z., Jiang Z., Huang Q., Zhao J.

    Achieving polymer-like ultrahigh elasticity in Ti−6Al−4V alloy via a new cryo-deformation induced α′-to-α″ martensite phase transformation

    Acta Materialia.293(2025)121109

  • Meng L., Kitashima T., Lin P., Zheng L., Jiang Z., Zhao J.

    In situ EBSD investigation of microtexture evolution and slip activation of α macrozones during tensile deformation in Ti-6Al-4V alloy

    Materials Science and Engineering: A.924(2025)147739

  • Sahay R., Radchenko I., Ananthasubramanian P., Harito C., Briffod F., Yasuda K., Shiraiwa T., Jhon M., Speaks R., Speaks D., Lee K., Enoki M., Raghavan N., Budiman A.S.

    Interface Rotation in Accumulative Rolling Bonding (ARB) Cu/Nb Nanolaminates Under Constrained and Unconstrained Loading Conditions as Revealed by In Situ Micromechanical Testing

    Nanomaterials.15[19](2025)1528

2024

  • Bulgarevich D.S., Watanabe M.

    Stress–strain curve predictions by crystal plasticity simulations and machine learning

    Scientific Reports.14[1](2024)29492

  • Daram P., Morisada Y., Ogura T., Kusano M., Yu J., Fukuda M., Fujii H., Kuroda S., Watanabe M.

    Development of Tungsten Repair Technology by Atmospheric Plasma Spraying of Tungsten and Friction Stir Processing

    Journal of Thermal Spray Technology.(2024)

  • Daram P., Singh A., Hiroto T., Kitashima T., Watanabe M.

    Compositionally graded titanium to aluminum processed by laser powder bed fusion process: Microstructure evolution and mechanical properties

    Materials Science and Engineering: A.903(2024)146638

  • Hagiwara M., Kitashima T.

    High Cycle Fatigue and Very High Cycle Fatigue of Orthorhombic (O + α2)–Type Ti–27.5Nb–13Al Alloy with and without B and Fatigue Striation Analysis in Comparison with (α + β)–Type Titanium Alloys

    Nippon Kinzoku Gakkaishi/Journal of the Japan Institute of Metals.88[12](2024)357-366

  • Hatakeyama T., Sawada K., Kusano M., Watanabe M.

    Significant creep-strength improvement in modified 9Cr-1Mo steel via microstructural control through laser powder bed fusion

    Additive Manufacturing.93(2024)104445

  • Honda H., Watanabe M.

    Quantifying Laser Absorptivity of Ti–6Al–4V Powder through Additive Manufacturing Systems

    Materials Transactions.65[2](2024)194-198

  • Katagiri J., Nomoto S., Kusano M., Watanabe M.

    Particle Size Effect on Powder Packing Properties and Molten Pool Dimensions in Laser Powder Bed Fusion Simulation

    Journal of Manufacturing and Materials Processing.8[2](2024)71

  • Katagiri J., Nomoto S., Kusano M., Watanabe M.

    Effect of mushy zone constant in Voller-Prakash model on keyholing behaviour in laser powder bed fusion simulation

    Results in Engineering.24(2024)103567

  • Kitashima T., Hiroto T., Jodi D.E., Watanabe M.

    Fabricating a single-crystal-like β grain structure of a near-β Ti alloy with unique variant selection by laser powder bed fusion

    Materials and Design.243(2024)113039

  • Kitashima T., Hiroto T., Watanabe M.

    Numerical analysis of Al2O3 and TiO2 growth and oxygen dissolution in a metal substrate during the isothermal oxidation of an α-Ti alloy at 973 K

    Journal of Materials Research and Technology.30(2024)4137-4146

  • Kuroda T., Masuyama H., Toda Y., Matsunaga T., Ito T., Watanabe M., Ozasa R., Ishimoto T., Nakano T., Shimojo M., Yamabe–Mitarai Y.

    Microstructure Evolution and High–Temperature Mechanical Properties of Ti–6Al–4Nb–4Zr Fabricated by Selective Laser Melting

    Nippon Kinzoku Gakkaishi/Journal of the Japan Institute of Metals.88[12](2024)348-356

  • Kusano M., Takata Y., Yumoto A., Watanabe M.

    Effects of time per layer and part geometry on thermal history and microcracking in the fabrication of nickel superalloy samples by laser powder bed fusion

    Additive Manufacturing.80(2024)103987

  • Kusano M., Watanabe M.

    Heat Source Model Development for Thermal Analysis of Laser Powder Bed Fusion Using Bayesian Optimization and Machine Learning

    Integrating Materials and Manufacturing Innovation.13[1](2024)288-304

  • Kusano M., Watanabe M.

    Controlling heat accumulation through changing time per layer in laser powder bed fusion of nickel-based superalloy

    Journal of Manufacturing Processes.131(2024)187-198

  • Mercer C., Hasegawa A., Hosoda N.

    Surface-activated bonding between a 3D-printed Ti-6Al-4V structure and bulk aluminum

    Journal of Materials Science: Materials in Engineering.19[1](2024)47

  • Mercer C., Hosoda N.

    Analysis of Structure and Function of Ladybird Leg and Subsequent Design and Fabrication of a Simplified Leg Structure for Robotic Applications

    Biomimetics.9[3](2024)184

  • Morimoto T., Katoh H., Ishida Y., Hara E., Kusano M., Naito K., Watanabe M., Takagi K., Arai K., Hasegawa K.

    Modified double cantilever beam test method for mode-I energy release rate of elastic adhesive layers

    Engineering Fracture Mechanics.307(2024)110320

  • Okugawa M., Saito K., Yoshima H., Sawaizumi K., Nomoto S., Watanabe M., Nakano T., Koizumi Y.

    Solute segregation in a rapidly solidified Hastelloy-X Ni-based superalloy during laser powder bed fusion investigated by phase-field and computational thermal-fluid dynamics simulations

    Additive Manufacturing.84(2024)104079

  • Verona I.C.M., Bardolaza H.R., Juguilon V.P.P., Bulgarevich D.S., Watanabe M., Tani M., Estacio E.S.

    Investigation of Spin-Current Lifetime in Fe/Pt Spintronic Terahertz Emitter using Double Optical Pump Technique

    International Conference on Infrared, Millimeter, and Terahertz Waves, IRMMW-THz.(2024)

2023

  • Bulgarevich D.S., Nomoto S., Watanabe M., Demura M.

    Crystal plasticity simulations with representative volume element of as-build laser powder bed fusion materials

    Scientific Reports.13[1](2023)20372

  • Daram P., Hiroto T., Watanabe M.

    Microstructure and phase evolution of functionally graded multi-materials of Ni–Ti alloy fabricated by laser powder bed fusion process

    Journal of Materials Research and Technology.23(2023)5559-5572

  • Hagiwara M., Kitashima T.

    High Cycle Fatigue and Very High Cycle Fatigue of Orthorhombic (O + α2)-Type Ti–27.5Nb–13Al Alloy with and without B and Fatigue Striation Analysis in Comparison with (α + β)-Type Titanium Alloys

    Materials Transactions.64[1](2023)121-130

  • Hatakeyama T., Sawada K., Suzuki M., Watanabe M.

    Microstructure development of modified 9Cr-1Mo steel during laser powder bed fusion and heat treatment

    Additive Manufacturing.61(2023)103350

  • Jodi D.E., Kitashima T., Singh A., Watanabe M.

    High-temperature microstructural stability of pure Ni fabricated by laser powder bed fusion using Gaussian and flat-top beam profiles

    Materials Characterization.200(2023)112897

  • Jodi, D.E., Kitashima, T., Watanabe, M.

    Effect of scan strategy on the formation of a pure nickel single-crystal structure using a flat-top laser beam via laser powder bed fusion

    Science and Technology of Advanced Materials.24[1](2023)2201380

  • Katagiri J., Kusano M., Minamoto S., Kitano H., Daimaru K., Tsujii M., Watanabe M.

    Melt Pool Shape Evaluation by Single-Track Experiments and Finite-Element Thermal Analysis: Balling and Lack of Fusion Criteria for Generating Process Window of Inconel738LC

    Materials.16[4](2023)1729

  • Katagiri, J., Kusano, M., Nomoto, S., Watanabe, M.

    Influence of recoil pressure, mushy zone flow resistance and reflectivity on melt pool shape in laser powder bed fusion simulation

    Case Studies in Thermal Engineering.50(2023)103477

  • Kitahara H., Ishii K., Talara M., Furuya T., Escano M.C., Tani M., Bulgarevich D.S., He D., Watanabe M.

    Improvement in the Detection Efficiency of Terahertz (THz) Time-domain Spectroscopy (TDS) by applying an Alternating Magnetic Field Bias in Spintronic Emitter

    International Conference on Infrared, Millimeter, and Terahertz Waves, IRMMW-THz.(2023)

  • Kuroda T., Masuyama H., Toda Y., Matsunaga T., Ito T., Watanabe M., Ozasa R., Ishimoto T., Nakano T., Shimojo M., Yamabe-Mitarai Y.

    Microstructure Evolution and High-Temperature Mechanical Properties of Ti6Al4Nb4Zr Fabricated by Selective Laser Melting

    Materials Transactions.64[1](2023)95-103

  • Meng L., Kitashima T., Zhao Z., Wei Q., Lin P.

    Effect of parent β-texture on α-texture evolution during dynamic precipitation in a continuous forging process of Ti-6Al-4V alloy

    Journal of Alloys and Compounds.947(2023)169425

  • Osada T., Koyama T., Bulgarevich D.S., Minamoto S., Osawa M., Watanabe M., Kawagishi K., Demura M.

    Virtual heat treatment for γ-γ′ two-phase Ni-Al alloy on the materials Integration system, MInt

    Materials and Design.226(2023)111631

  • Talara M., Bulgarevich D.S., Kobayashi K., Kitahara H., Furuya T., Escano M.C., Watanabe M., Tani M.

    Impact of Antenna Metal's Thicknesses and Structures on Terahertz (THz) Wave Generation Performance of Spintronic Emitters

    International Conference on Infrared, Millimeter, and Terahertz Waves, IRMMW-THz.(2023)

  • Wang Q., Ma N., Chen J., Tomitaka S., Watanabe M.

    Microstructure characteristics of warm spray additively manufactured Inconel 718 superalloys and correlation with mechanical performance

    Materials Letters.341(2023)134230

  • Wang Q., Ma N., Huang W., Shi J., Luo X.-T., Tomitaka S., Morooka S., Watanabe M.

    Key role of temperature on delamination in solid-state additive manufacturing via supersonic impact

    Materials Research Letters.11[9](2023)742-748

  • Zhu J., Briffod F., Shiraiwa T., Enoki M., Emura S.

    Kink band formation mechanism in α/β Ti-9Cr two-phase alloy

    Journal of Alloys and Compounds.939(2023)168736

  • Zhu J., Briffod F., Shiraiwa T., Enoki M., Emura S.

    High-Resolution Digital Image Correlation Analysis of Layered α/β Two-Phase Ti–12Mo Alloy under Compressive Condition

    Materials Transactions.64[12](2023)2677-2686