ABSTRACT
Take a certain ship shafting as an example to study the friction power consumption of the shaft section in water, as shown in Figure 1. In Figure 1, Two shaft sections in water include shaft section
1 INTRODUCTION
With ships become large-scale, the shafting length in water extends and friction power consumption increases accordingly. It affects the transmission efficiency of ship shafting, so study friction power consumption of shaft in water is of theoretical significance and engineering application value for the improving of both energy efficiency and efficiency of ship propulsion.
