R&D: Kobe Steel Engineering Reports

Characteristics of Titanium Separator with Graphite Coating for Polymer Electrolyte Fuel Cell[PDF:746KB]

Vol. 65, No. 2(Sep. 2015)
Issue number: 235

Kobe Steel's Original Titanium Alloys Developed in the Past 20 Years[PDF:595KB]

No. 35(Jun. 2017)

High Heat-transfer Titanium Sheet-HEET®
- for Heat Exchanger[PDF:693KB]

No. 35(Jun. 2017)

High-strength Near αType Titanium Alloy, Ti-2111S, with Less Anisotropy and Low-Temperature Super-Plasticity[PDF:1.00MB]

Vol. 66, No. 1(Sep. 2016)
Issue number: 236

Technique for Predicting Ultrasonic Detectability in Process Designing of Titanium Alloy Forgings[PDF:753KB]

Vol. 66, No. 1(Sep. 2016)
Issue number: 236

Melting and Casting Technologies for Titanium Aluminide Intermetallics[PDF:619KB]

No. 39(Nov. 2021)

Evaluation for Morphology of Regions Having Microtexture in Ti-6Al-4V Alloy Forging Products[PDF:729KB]

No. 39(Nov. 2021)

Forging Technology for Large Titanium Alloy Parts for Aircraft[PDF:694KB]

Vol. 70, No. 2(Dec. 2020)
Issue number: 245

Prediction Technology of Titanium Alloy Microstructure Utilizing Large Forging Simulator[PDF:977KB]

Vol. 70, No. 2(Dec. 2020)
Issue number: 245

Recent Development Trends in Materials for Bipolar Plates of Proton Exchange Membrane Fuel Cells (PEMFCs) and Kobe Steel’s Activities[PDF:1.24MB]

No. 40(Jan. 2023)

Nano-Carbon composite coat titanium for fuel cell bipolar plates with high corrosion resistance, surface conductivity and formability[PDF:231KB]

Vol. 71, No. 2(Jul. 2022)
Issue number: 247

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