Latest Developments in Variation Research, Reliability, and Weibull Statistics

Leonard G. Johnson, Editor                                                                     Wang H. Yee, Director

  STATISTICAL BULLETIN 

Volume V

Please click on the Links to view contents of the Bulletin Topics

Bulletin 1

Cost Oriented Reliability

Bulletin 2

Simplified Weibull Comparison Confidence Theory (at Any Desired Lower Quantile)

Bulletin 3

Sample Size Formulas

Bulletin 4

The Design of Testing Programs According to Objectives

Bulletin 5

Simplified Procedures for Partitioning Bimodal Weibull Mixtures

Bulletin 6

A Universal System CDF and Its N-TIC Approximation

Bulletin 7

Designing Engineering Tests by Use of Sample Information

Bulletin 8

The Statistics of Prototype Testing and Lead Time Determination


Volume VI

Bulletin 1

The Distinction between Mixture Problems and System Problems

Bulletin 2

The Weibull Repair Theory

Bulletin 3

Fundamentals of Compliance Reliability

Bulletin 4

Ranking Theory and Evidence in Compliance Reliability

Bulletin 5

Compliance Reliability (Questions and Criteria)

Bulletin 6

Confidence Interpolation Theory and the Group Theory of Confidence Superposition

Bulletin 7

A Statistical Method of Combining Two Judgments

Bulletin 8

A Probabilistics Gravity Model for Medical Diagnosis

Volume VII

Bulletin 1

Theory and  Application of Table of "At Least" Coefficients in Systems Reliability Problems

Bulletin 2

Use of the Table of "Exactly" Coefficients in Systems Reliability Problems

Bulletin 3

The Use of Log -  Log Plotting in Field Failure Analysis

Bulletin 4

How to Predict Field Durability Improvements From Redesign Credit Numbers

Bulletin 5

 Plotting Failures per Machine in Service for Systems Obeying the Ultimate Value Law

Bulletin 6

The Use of Log - Parametric Ranks in Weibull Analysis

Bulletin 7

Weibull Analysis via the SR - 51 - II Calculator

Bulletin 8

Reliability Certification Testing Using the Average Entropy per Failure Technique


Volume VIII

Bulletin 1

Failures Per Machine as Predicted from Fully Non-Debitted Renewal Theory

Bulletin 2

 Miscellaneous Items Regarding Renewal Theory

Bulletin 3

Modifying Non-Debitted Renewal Theory to Account for Repair Effectiveness and Design Improvements

Bulletin 4

Bayesian Success Run Theorems Derived from Prior Distributions with 50% Minimum Reliability

Bulletin 5

Partially Debitted Renewal Theory

Bulletin 6

Prot Method of Accelerated Testing

Bulletin 7

Confidence Band Construction for "Sudden Death" Population Plots on Probability Paper

Bulletin 8

The Random Ratio Technique of Prediction