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Creep resistance of disk alloy CH98 with tungsten and niobium additions [microform] / John Gayda (NASA/TM-2003-212373)

Creep resistance of disk alloy CH98 with tungsten and niobium additions [microform] / John Gayda (NASA/TM-2003-212373)
Microform図書
2003<YCA-NAS 1.15:212373>
National Diet Library
  • Subject HeadingCreep properties Creep strength Nickel alloys Tungsten Niobiu...

CREEP STRENGTH AND MICROSTRUCTURE IN WELDED JOINTS OF ASME GR.91 TYPE 1 AND TYPE 2 STEELS

CREEP STRENGTH AND MICROSTRUCTURE IN WELDED JOINTS OF ASME GR.91 TYPE 1 AND TYPE 2 STEELS
Digital文書・図像類
Masatoshi Mitsuhara, Katsuhiro Sato, Kyohei Nomura, Takahiro Kimura, Yoshiki Shioda, Kota Sawada, Kazuhiro Kimura, Hideharu NakashimaASM International2024-10-15Advances in Materials for Power Plantsp.760-765
Available onlineOther Libraries in Japan
  • Subject HeadingGr.91 steel welded joints creep strength impurity elements

Annealing effects on creep and rupture of polycrystalline alumina-based fibers [microform] / J.C. Goldsby ... [et al.] (NASA/TM ; 1998-208841)

Annealing effects on creep and rupture of polycrystalline alumina-based fibers [microform] / J.C. Goldsby ... [et al.] (NASA/TM ; 1998-208841)
Microform図書
1998<YCA-NAS 1.15:208841>
National Diet Library
  • Subject HeadingAnnealing Rupturing Creep strength Fiber composites Ceramic fibe...

Processing and mechanical properties of directionally solidified NIAl/NIAlTa alloys [microform] / D.R. Johnson ... [et al.] ([NASA contractor report] ; NASA-CR-204682)

Processing and mechanical properties of directionally solidified NIAl/NIAlTa alloys [microform] / D.R. Johnson ... [et al.] ([NASA contractor report] ; NASA-CR-204682)
Microform図書
1994<YCA-NAS 1.26:204682>
National Diet Library
  • Subject HeadingNickel alloys Creep strength Intermetallics Eutectics Mech...

Creep and rupture strength of an advanced CVD SiC fiber [microform] / J.C. Goldsby, H.M. Yun, James A. DiCarlo (NASA technical memorandum ; 107368)

Creep and rupture strength of an advanced CVD SiC fiber [microform] / J.C. Goldsby, H.M. Yun, James A. DiCarlo (NASA technical memorandum ; 107368)
Microform図書
1997<YCA-NAS 1.15:107368>
National Diet Library
  • Subject Heading...eep properties Creep strength Tensile creep Polycrystals Mo...

Development and characterization of MoSi₂-Si₃N₄(p) hybrid composites [microform] / Mohan G. Hebsur ([NASA contractor report] ; NASA/CR-1998-208519)

Development and characterization of MoSi₂-Si₃N₄(p) hybrid composites [microform] / Mohan G. Hebsur ([NASA contractor report] ; NASA/CR-1998-208519)
Microform図書
1998<YCA-NAS 1.26:208519>
National Diet Library
  • Subject Heading...rid composites Creep strength Ceramic matrix composites Hea...

Strong, tough, and pest resistant MoSI₂-Base hybrid composite for structural applications [microform] / M.G. Hebsur and M.V. Nathal (NASA technical memorandum ; 107471)

Strong, tough, and pest resistant MoSI₂-Base hybrid composite for structural applications [microform] / M.G. Hebsur and M.V. Nathal (NASA technical memorandum ; 107471)
Microform図書
1997<YCA-NAS 1.15:107471>
National Diet Library
  • Subject Heading...licon nitrides Creep strength High temperature Fracture str...

NiAl-based polyphase in situ composites in the NiAl-Ta-X (X = Cr, Mo, or V) systems [microform] / D.R. Johnson ... [et al.] (NASA-TM ; 111737)

NiAl-based polyphase in situ composites in the NiAl-Ta-X (X = Cr, Mo, or V) systems [microform] / D.R. Johnson ... [et al.] (NASA-TM ; 111737)
Microform図書
1995<YCA-NAS 1.15:111737>
National Diet Library
  • Subject Heading...ics Aluminides Creep strength Fracture strength

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