Regenerative chatter in self-interrupted plunge grinding

Realisation of grinding-hardening in workpieces of curved surfaces—Part 1 Plunge cylindrical grinding

This paper investigates the feasibility to achieve grinding-hardening in a plunge cylindrical grinding process. To understand the mechanisms, a temperature-dependent finite element heat transfer model incorporating a triangular moving heat source was developed to describe the temperature field, thus to predict the thickness of the grinding-hardened layer. The analysis carried out included the v...

Optimisation of machining parameters in interrupted cylindrical grinding using the Grey-based Taguchi method

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Adaptation for Self Regenerative MCMC

SUMMARY The self regenerative MCMC is a tool for constructing a Markov chain with a given stationary distribution by constructing an auxiliary chain with some other stationary distribution. Elements of the auxiliary chain are picked a suitable random number of times so that the resulting chain has the stationary distribution , In this article we provide a generic adaptation scheme for the above...

Chatter - Causes and Solutions

Self Regenerative Markov Chain Monte Carlo

We propose a new method of construction of Markov chains with a given stationary distribution. This method is based on construction of an auxiliary chain with some other stationary distribution and picking elements of this auxiliary chain a suitable number of times. The proposed method has many advantages over its rivals. It is easy to implement; it provides a simple analysis; it can be faster ...