1–9 of 9 hits
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    Analysis of deposit formation mechanism on TEOST 33C by engine oil containing MoDTC

    Yoshida,S. / Naitoh,Y. / Japan Energy,,JP | Automotive engineering | 2008

    Evaluation of low phosphorus engine oil containing MoDTC

    Yoshida,S. / Naitoh,Y. / Japan Energy,JP | Automotive engineering | 2007

    The effect of ashless antioxidants type on friction reduction durability on engine oils containing MoDTC

    Yoshida,S. / Naitoh,Y. / Japan Energy,JP | Automotive engineering | 2006

    Study on the change of friction characteristics with use in the wet clutch of automatic transmission

    Matsuo,K. / Saeki,S. / Japan Energy,JP | Automotive engineering | 1997

    Friction characteristics compatibility of DEXRON-III/MERCON ATFs for Japanese automatic transmissions

    Matsuo,K. / Saeki,S. / Ito,F. et al. | Automotive engineering | 1997

    Testing the torque capacity of CVT fluids

    Thomas,J. / Constans,B. / Gresser,E. et al. | Automotive engineering | 2004

    The establishment of laboratory test method for gelation of engine oil containing magnesium detergents

    Naitoh,Y. / Naganuma,N. / Akiyama,K. et al. | Automotive engineering | 2001

    A mechanism of needle crystal formation by magnesium detergents in engine oils

    Naganuma,N. / Fujino,K. / Yamazaki,T. et al. | Automotive engineering | 1996

    A mechanism of needle crystal formation by magnesium detergents in engine oils

    Naganuma,N. / Fujino,K. / Yamazaki,T. et al. | Automotive engineering | 1996