<%@page contentType="text/html" %> <%@ page language="java" import="java.util.*"%> <%/*@ page import="Access.*"*/%> <%@page contentType="text/html"%> <%@ page import="java.io.*" %> Maintenance optimization

Abstract
General
information
Examples
Instructions
for calculation
Maintenance optimization
<% if (beanInputMTN.getLine1().equals("")||beanInputMTN.getLine1()==null) { %> <% beanInputMTN.validate();%> <%} else { beanInputMTN.setIni(); }%> <% if (beanInputMTN.getTrialsString().equals("")) { beanInputMTN.setTrialsString ("10000") ;} %> <% if (beanInputMTN.getIsValid()) { beanInputMTN.calculate(); %>
Input:
<%= beanInputMTN.getLine1() %>
Output:
<%= beanInputMTN.getLine2() %> <% beanInputMTN.setIsValid(false); %>


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<%} else { %>
Calculation allows to define optimal replacement policy (time) under Kijima imperfect repair model.
<%= beanInputMTN.getErrorMessage() %>
Input:
Replacement cost C0:
Repair cost Cq:
Select type of maintenance policy:
Weibull shape parameter (1<β≤5):
Weibull scale parameter:
Restoration factor (0≤q≤1):
Number of Monte Carlo trials:


<% } %>