NIMS Award Symposium 2023|Abstracts
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mIm6Poster Presentation List P1-01Yoshiaki TodaP1-02Satoshi EmuraP1-03Phuangphaga DaraP1-04Sachiko HiroP1-05Yusuke TsutsuP1-06Akitsu ShigetouP1-07Machiko OdeP1-08Yuuji KimuraP1-09Susumu TakaP1-10Hiroshi HondaP1-11Takuma SaitoP1-12Masahiro KusanoP1-13Tomonori KitashiP1-14Makoto WatanabeP1-15Rintaro UejiP1-16Ryuta YurishiP1-17Naoe HosodaNo.NameP1ProcessAffiliation/CompanyNIMSNIMSNIMSmotoNIMSmiNIMSNIMSNIMSNIMSmoriNIMSNIMSNIMSNIMSmaNIMSNIMSNIMSmaUniversity of IbarakiNIMSNIMS Award Symposium 2023New Microstructure Design of Heat-resistant TitaniuProperty Improvements Using Super TherIntroduction of Millefeuille-like α/β Layered Structure into Ti-Mo Alloythrough Thermomechanical TreatCompositionally Graded TitaniuPowder Bed Fusion Process: Microstructure Evolution and MechanicalPropertiesDevelopment of Apatite and LDH Coatings of Mg Alloys Depending onthe Applicationmprovement of Corrosion Resistance of Type 420J2 MartensiticStainless Steel by Laser therLow-Temperature and Non-vacuuHydrolysis Hybrid BondingObservation and Numerical Prediction of Concentration Distribution atCast Coating Interface of Solid Pt, Ir, Re Using Liquid Ni-Based AlloysDelayed Fracture of Ultra-high Strength Steel Processed by TempformingMicrostructures and Mechanical Properties of Fe–15Mn–10Cr–8Ni–4SiSeismic Damper Cast AlloyEvaluation of Laser Absorptivity of TitaniuTracingEffect of Cooling Rate FroTemperature on Hardness in Powder Metallurgy Ni-Co-base SuperalloyThree-Dimensional Cellular Auto738LC in Laser Powder Bed FusionFabrication of Single Crystals in Laser Powder Bed Fusion Using a Flat-Top LaserMaterials Integration for Laser Powder Bed Fusion ProcessAnisotropy of Uniaxial Yield Stress of Pearlitic Steel Caused byCompressive DeformationHigh-throughput Search for High-perforComposition-graded Bulk SpeciBiomimetic Reversible InterconnectionPresentation Titlemal Fieldmentm to Aluminum Processed by Lasermal Processingm Surface Modification for Anti-m Powder by Using Raym Sub-Solvus Solution Treatmaton for Grain Growth of Inconelmance Materials Usingmensm Alloys withWarment

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