【摘 要】
：
Sliding contacts between a rubber block and a solid surface including a tire and asphalt,a windshield wiper and glass surface are found in everyday life as significant phenomena.For example,the contac
【机 构】
：
Interdisciplinary Graduate School of Science and Engineering, Shimane University, Nishikawatsu 1060,
【出 处】
：
The 5th Asian Conference on Mechanics of Functional Material
论文部分内容阅读
Sliding contacts between a rubber block and a solid surface including a tire and asphalt,a windshield wiper and glass surface are found in everyday life as significant phenomena.For example,the contact dynamics between a tire and a road surface are essential in guaranteeing the operation stability and safety because a tire is the only points connecting the body of vehicles and the road surface.That is why the evaluation of friction properties of rubber is critical.However,the simulation model that can predict friction properties of rubber is the accompanied by difficulty since rubber friction depends on various factors such as the viscoelastic characteristics of the bulk material and the interfacial characteristics in contacting solids.Also,a localized buckling is formed in the leading edge of the rubber block under sliding contact,causing a decrease in the frictional force and uneven wear.Therefore,the rubber friction increases as increasing the viscoelastic dissipation of the bulk material,and a non-uniform macroscopic deformation of the rubber block significantly affects the frictional behavior.
其他文献
Recent advances in ultrashort intense laser technology,has created the exciting field of "High Field Science." Laser pulses and electron interaction can be studied in the relativistic regime and highl
In this paper,the piezoelectric-conductor iterative method is proposed for structural analysis of piezoelectric semiconductors which is base on the special coupling properties of the governing equatio
In this study,stress analysis of microdrills was studied by numerical calculation and experimental measurements under loading.The static and dynamic loads act on microdrills analyzing by finite elemen
The radiated sound from the impacted body has not only the information of the impact force but also many types of information.We studiedthe method in order to identify the impact position,the Youngs m
The optimal design of quartz crystal resonators depends on the accurate analysis of thickness-shear vibrations of the plate with and without driving voltage across electrodes.Usually the plate vibrate
In this paper,the fracture problem of a functionally graded piezoelectric material strip (FGPM strip) containing a crack perpendicular to the interface between an FGPM strip and a homogeneous layer is
Erosion of leading edge in wind blades and in helicopter blades leads to a drop in the aerodynamic performance of the blade.Erosion is primarily caused by the repeated impact of solid particles or liq
Aluminium and aluminium based metal matrix composite (MMC) foams are ultra light materials with good capability for energy absorption.In spite of this,their large scale applications are yet to emerge.
This study employed theoretical analysis and experimental measurements in an exploration of the transient behavior of a cantilever plate subjected a dynamic force at the surface.Theoretical solution o
The study of interfacial properties is of significance to the development of fiber reinforced composite.In this paper a theoretical analysis for the single-fiber pullout with unloads and reloading pro