Sentence examples for models of friction from inspiring English sources

The paper investigates a single-degree-of-freedom (sdof) system consisting of a mass in frictional contact with a translating belt using two different models of friction.

Given the complexity and resource requirements of numerical models of friction stir welding (FSW), well-tested analytical models of materials flow, peak temperatures, torque, and weld properties are needed.

Two different mathematical models of friction, which characterize different operating or loading conditions, are embedded into a detailed planar multibody model of chain CVT in order to capture the various friction-induced effects in the system.

The Signorini problem and it generalizations, numerical methods, different models of friction, investigations into the problem of the existence and uniqueness of a solution, the problem of rolling motion, the problem of describing the boundary conditions, inelastic materials and problems of contact dynamics and electro-elastic contact are considered.

Because understanding the role of microscale deformation structure (fabrics) and mineralogy in fault gouges is important for developing process-based models of friction, many experimental studies have been performed (e.g., Ikari et al. 2011).

3D geomechanical models of friction and slip along faults can be used to estimate deformation, displacements (faults and fractures) and current day stress (Maerten 2000; Dair and Cooke 2010).

The limited success of predictive models of friction-induced vibration can, in part, be attributed to the inherent sensitivity of friction-coupled systems to variations, often uncontrolled, in parameter values such as the friction coefficient.

The results challenge the general applicability of the oft-quoted two-degree-of-freedom model of 'mode-coupling', and also indicate some reasons for the difficulty encountered in validating models of friction-induced vibration.

A new, physically motivated, continuous microslip model of friction is developed for analyzing the dynamic response of frictionally damped structures in which the friction interface is subjected to high normal loads.

The modeling of friction effect among the contact surfaces of bolted joints is verified.

It allows for the accurate modelling of friction force at both sliding and presliding regimes.