抄録
The aubic interpolated propagation (CIP) method ^[1], which is an effective numerical scheme for differential equations that include advection and nonadvection terms, is employed for the dynamic analyses of ultra-thin gas film lubrication using the molecular gas-film lubrication (MGL) equation ^[2]. 2-DOF slider dynamics with the spacing of several tens of nanometers caused by a running wavy disk and projections are investigated herein.
