As a result of its widespread and pervasive economic consequences wear, the almost inevitable companion of friction, has been the subject of much scientific and empirical investigation; the literature is rich with ‘wear equations’ so that, on occasion, the practitioner can seem to have too much information rather than too little. Some guidance and reconciliation between analytical and computati...

We present a novel approach to efficiently modelling branch structures with high-quality meshes. Our approach has the following advantages. First, the limit surface can fit the target skeleton models as tightly as possible by reversely calculating the control vertices of subdivision surfaces. Second, high performance is achieved through our proposed analytical solutions and the parallel subdivi...

NAT has been design to work with Internet client-server structure. The emerged of Peer-to-Peer (P2P) networks and applications revealed the incompatibility between P2P applications and NAT. Many methods has been developed and implemented to solve connectivity between peers behind NAT devices. Nevertheless, various NATing types can’t communicate with one another. In this work, we are going to st...

A time-dependent synchrotron self-Compton (SSC) leptonic model, developed with some analytical formulations and a numerical code is summarized. This SSC emission model, developed with some analytical formulations and a numerical code, allow to investigate quantitatively the multiwavelength spectral variability of blazars, providing estimates for physical parameters and the bolometric power. The...

In this work we present and discuss a modelling framework for the basic discharge process which occurs in simple electrochemical battery cells. The main purpose is to provide a setting for analyzing delivered capacity, battery life expectancy and other measures of performance. This includes a number of deterministic and stochastic variations of kinetic battery models. The primary tool is a nove...