A Multi-state Physics Model of Component Degradation based on Stochastic Petri Nets and Simulation

Such assessment is possible using global sensitivity analysis, an approach able to analyze the variance of the output and determine the individual effects of each parameter

We have proposed a method to use the informa- tion elicited from an expert to build a maintenance model of a generic electrical component, which is

An SPN-supported simulation framework has been proposed to solve the multi-state physics model (MSPM) describing a component degradation process with time-dependent

The sixth assumption reflects the aging effects addressed in (Fan et al. more likely lead to extreme damages) when the component is in severe degradation states. However,

The user interface enables the insertion of IOPT Petri net model files, model visualization, automatic controller code generation, state space generation and visualization, query

For that reason we propose in this article a multi-level model for multi-agent simulations (SIMLAB stands for SIMLAB Is Multi-Level Agent Based) in which various level agents

Modeling dust emission response to North Atlantic millennial-scale climate variations from

For the chosen value of the surface tension derivative (ie. This flow digs the weld pool and tends to develop deeper weld beads than the one corresponding to