Takashi Ohno

发表

Evaluation of seismic resistance capacity on pipe braced supporting frame of spherical tank by shaking experiment

Osamu Furuya, Nobuyuki Kobayashi, Kenji Oyamada, 2016 .

High-speed rewritable DVD up to 20 m/s with nucleation-free eutectic phase-change material of Ge(Sb70Te30)+Sb

Takashi Ohno, Michikazu Horie, Natsuko Nobukuni, 2000, Optical Data Storage.

STUDY ON RESTRENGTHENNING OF CORRODED STEEL BRIDGE MEMBERS

Kazuhiro Nishikawa, Takashi Ohno, Toru Natori, 2001 .

Proposal of reference stress for a surface flaw on a cylindrical component from a review-with-comparison of the local metal loss assessment rule between API 579-1 and the p-M diagram method

Shinji Konosu, Kenji Oyamada, Takashi Ohno, 2011 .

Seismic resistance capacity on pipe braced supporting frame of spherical tank

Nobuyuki Kobayashi, Kenji Oyamada, Takashi Ohno, 2016 .

Discussion on a Comparative Study Among FFS Rules

Shinji Konosu, Kenji Oyamada, Takashi Ohno, 2009 .

Plastic Collapse Assessment Procedure in P-M Diagram Method for Pipe Bends With a Local Thin Area Under Combined Pressure and Out-of-Plane Bending Moment

Shinji Konosu, Kenji Oyamada, Takashi Ohno, 2012 .

Development of Plastic Collapse Assessment Procedure for Cylindrical Vessels With a Local Thin Area Near a Nozzle Under Internal Pressure

Tetsuji Miyashita, Shinji Konosu, Tadashi Horibe, 2013 .

Study on Seismic Endurance for Pipe Brace Structures of Spherical Tank Supports

Hideo Kobayashi, Kenji Oyamada, Takashi Ohno, 2013 .

Seismic resistance capacity on pipe braced supporting frame of spherical tank

Nobuyuki Kobayashi, Kenji Oyamada, Takashi Ohno, 2015 .

Development of a plastic collapse assessment procedure in the p–M diagram method for pipe bends with a local thin area under combined internal pressure and external in-plane bending moment

Shinji Konosu, Kenji Oyamada, Takashi Ohno, 2012 .

Material characterization and application of eutectic SbTe-based phase-change optical recording media

Masaaki Mizuno, Takashi Ohno, Michikazu Horie, 2002, Optical Data Storage.