ChargeTrain: Ficticious system reliability data for an example problem...

In stosim: Stochastic Simulator for Reliability Modeling of Repairable Systems

Ficticious system reliability data for an example problem contained in "Using Stochastic RAM Analysis to Establish an Optimal Operating Policy". Submitted for the "IMA Journal of Management Mathematics, MIMAR 2014 special issue"

Description

The ChargeTrain data frame has 3 rows and 11 columns.

Usage

ChargeTrain

Format

This data frame contains the following columns:

OpLine

OpLine: a factor to identify the operating line model applicable to this input.

EventID

EventID: a factor to identify the subsystem or EventElement applicable to this input.

FD

FD: a factor identifying the distribution for failure data. Only "E", "W", and "N" have been implemented in intended recieving function SimHistory.

FP1

A first parameter for the failure distribution (FD). Mean for exponential or normal, characteristic life for Weibull.

FP2

A second parameter for the failure distribution (FD). Standard deviation for normal, shape for Weibull.

FP3

A third parameter for the failure distribution (FD). A translation parameter applicable to Weibull, only.

RD

RD: a factor identifying the distribution for repair time data. Only "L", "W", and "N" have been implemented in intended recieving function SimHistory.

RP1

A first parameter for the repair distribution (RD). Meanlog for lognormal, characteristic life for Weibull, mean for normal.

RP2

A second parameter for the repair distribution (RD). SDlog for lognormal, shape for Weibull, standard deviation for normal.

RP3

A third parameter for the repair distribution (RD). A translation parameter applicable to lognormal or Weibull, only.

Seed

An integer seed value for the RNG.

Details

Typical processing system values were chosen to prepare a likely model utilizing lognormal normal and Weibull distributions for repair times (maintainability) as a demonstration.

stosim documentation built on Aug. 28, 2023, 5:08 p.m.