NSK won the 60th JSAE outstanding scientific paper award

 in Yokohama, Kanagawa Prefecture, Japan held JSAE outstanding Stainless steel slewing bearing paper award ceremony, the Japanese Society of Automotive Engineers (referred JSAE) in recognition of NSK in CVT, improved fuel efficiency of technical papers contribution awarded to the first 60 NSK JSAE paper Award for outstanding scientific sessions. We follow NSK bearings distributor in China to understand NSK won the 60th JSAE outstanding scientific paper award.

      JSAE Paper Award for outstanding scientific .1951 by the Japan Society of Automotive Engineers was founded in order to enhance achievements in the field of automotive. NSK to the "temperature on the toroidal CVT transmission analysis" as the theme of the paper better articulated and demonstrated NSK CVT transmissions to improve fuel efficiency point of view, therefore, the solution NSK won JSAE outstanding scientific paper award.

       With the tapered bearing fuel efficiency of cars on demand, there is a greater transmission efficiency of large-scale motor vehicle continuously variable transmission and a corresponding needs. NSK to the "temperature on the toroidal CVT transmission analysis" as the theme of the paper, the purpose is to help in the calculation and verification of the proposed increase in temperature toroidal CVT transmission with a standard formula for empirical data to help predict toroidal CVT gearbox transmission efficiency more accurately in further improve vehicle fuel efficiency measures thesis literature.

       And NSK Pacific Convention Center in Yokohama, Japan on May 19 to 21 on the Automotive Engineering Exposition held detailing the toroidal CVT transmission, highlighting NSK transmission technologies to improve fuel efficiency. NSK won the 60th JSAE Paper Award is outstanding scientific NSK transmission technology research in the affirmation that we provide will enable NSK NSK Bearings more efficient products and services, as well as a product manufacturer NSK, will further reduce the realization of energy losses contribute to global sustainable development