RAMS 2008

05B-1_Reliability Evaluation and Application for Systems with Different Phases

05B-2_A Systems Reliability Approach to Decision Making in Autonomous Multi-Platform Systems Operating a Phased Mission

05B-3_Risk Analysis of Phased-Mission Systems with Multiple Failure Modes

05B-4_Reliability Analysis of Phased-Mission Systems using Bayesian Networks

05D-1_Optimal Highway Maintenance Policies under Uncertainty

05D-2_A Study on Optimal Age Replacement of Dozer Engines

05D-3_World-Class Supply Chain Reliability in General Aviation

05D-4_Uncertainty in Life Cycle Cost of Railway Track

06A-1_A Methodology for Managing Reliability Growth during Operational Mission Profile Testing

06A-2_An Age-Adjusted Comparison of Field Failure Data for Repairable Systems

06A-3_Increasing the Effectiveness of FRACAS

06A-4_Identifying Factors Influencing Reliability of Professional Systems

06B-1_Assessment of Launch Vehicle Debris Risk During Ascent Aborts

06B-2_Simulation Assisted Risk Assessment Applied to Launch Vehicle Conceptual Design

06B-3_Blast Overpressure Modeling Enhancements for Application to RiskInformed Design of Human Space Flight Launch Abort Systems

06B-4_Software Tools for PRA

07A-1_Bayesian Inference Model for Step-Stress Accelerated Life Testing with Type-II Censoring

07A-2_Construction of Causality Diagram Model for Diagnostics

07A-3_Australian Defence Standard for Bayesian Reliability Demonstration

07A-4_A Case Study on Network Reliability Analysis for Systems with NonIndependent Paths

07B-1_Functional and Dysfunctional Analysis of a Mechatronic System

07B-2_On Determining Sample Size and Testing Duration of Repairable System Test

07B-3_Life Testing of Plastic Optical Fibers for Lead-Acid Battery Fast Charge Equipment

07B-4_Efficiently represent diverse System Field Usage in Reliability Testing

07D-1_A Unified Model for Evaluating the Safety Integrity Level of Safety Instrumented Systems

07D-2_Analysis of the Performance of Safety-Critical Systems with Diagnosis and Periodic Inspection

07D-3_Probabilistic analysis of safety-critical adaptive systems with temporal dependences

07D-4_Safety Management for Electromechanical Systems of Railway Vehicles

08A-1_System Reliability Analysis with the Response Surface Method

08A-2_Optimizing the Number of Failure modes for Design Analysis Based on Physics of Failure

08A-3_Using Competitive Analysis to Get the Competitive Advantage

08A-4_Development of a Design-For-Reliability method for complex systems

08B-1_Early Detection of Warranty Issues A Multi-Disciplinary Literature Survey

08B-2_Analysis of Decisions Involved in Offering a Product Warranty

08B-3_A Practical Method for Failure Analysis Using Incomplete Warranty Data

08B-4_Design For Warranty Cost Reduction

09A-1_A Simple Classification Approach to Build a Bathtub

09A-2_System Reliability Evaluation Using Normalized Test Data

09A-3_Reliability Improvement of Deformation Tools with the Taguchi Robust Design

09A-4_Use of Heritage Data and Other Partially Applicable Information in Reliability Prediction of Systems under Development

09B-1_Hazard Rate Estimation for High-Voltage Contacts using Infrared Thermography

09B-2_Dynamic Model for Assessing Impact of Regeneration Actions on System Availability Application to Weapon Systems

09B-3_Reliability for Cluster-based Ad-hoc Networks

09B-4_Reducing Corrosion Costs through Reliability Centered Design

11A-1_Optimum Plans for Step-Stress Accelerated Life Tests at Higher Usage Rates

11A-2_Consideration of Burn-In Acceleration and Effective Screening Procedure in Latest System LSI

11A-3_Application of Generalized Linear Models for Optimizing Production Stress Testing

11A-4_An Approach for Estimating the Reliability of Transmission Oils

11B-1_Reliability Modeling for Dependent Competitive Failure Processes

11B-2_Availability Analysis of Systems with Suspended Animation

11B-3_Optical Monitoring System Availability Optimization via SemiMarkov Processes and Genetic Algorithms

11B-4_On the Cost of Low-Fidelity Modeling The Case for a Performability Approach

11D-1_Selecting Test and Maintenance Strategies to achieve Availability Target with lowest Life-Cycle Cost

11D-2_The Impact of Reliability Requirements on Development Life Cycle

11D-3_Analysis of Safety Relief Valve Proof Test Data to Optimize Lifecycle Maintenance Costs

11D-4_Multi-State Reliability Requirements for Complex Systems

12A-1_Harvesting Reliability Data from the Internet

12A-2_Reliability Evaluation of Systems with Degradation and Random Shocks

12A-3_Uncertain Failure Thresholds in Cumulative Damage Models

12A-4_Applying Bayes Linear Methods to Support Reliability Procurement Decisions

12B-1_Analysis of Multi-State Systems Using Multi-Valued Decision Diagrams

12B-2_Probabilistic Common-Cause Failures Analysis

12B-3_Fault Propagation Analysis for Complex System Based on SmallWorld Network Model

12B-4_Advanced Human Factors Process Failure Modes and Effects Analysis

13A-1_Intermittent Faults and Effects on Reliability of Integrated Circuits

13A-2_How to Develop a Qualification Test Plan for RoHS Products

13A-3_Reliability Assessments of Vibration-Induced Tube Fatigue Failure

13A-4_What’s Wrong With Bent Pin Analysis, And What To Do About It

13B-1_Optimal Software Release Time Determination with Risk Constraint

13B-2_A Methodology for Quantitative Evaluation of Software Reliability using Static Analysis

13B-3_Parameter Estimation for Software Reliability Models Considering Failure Correlation

13B-4_Hybrid Methodology and Software Platform for Probabilistic Risk Assessment

13D-1_Changes in Items’ Failure Pattern during Maintenance An Investigation of the Perfect Repair Assumption

13D-2_System Reliability and Condition Based Maintenance

13D-3_Parameter Estimation for a Repairable System under Imperfect Maintenance

13D-4_Modeling and Simulation Methodology of the Operational Availability and Logistics using Extended Colored Stochastic Petri Nets – an Astronautics Case Study

14A-1_Reliability Analysis of k-out-of-n Load-Sharing Systems

14A-2_Reliability Predictions – More than the Sum of the Parts

14A-3_Telcordia Reliability Prediction Procedure Upper Confidence Levels

14A-4_Electronics in Harsh Environments – Product Verification and Validation

14B-1_Threat Effects Analysis Applying FMEA to Model Computer System Threats

14B-2_Nonparametric Model-Based Prognostics

14B-3_Examination of the Interplay of Reliability and Security using System Modeling Language

14B-4_Prognostics and Health Management Using Physics-of-Failure

14D-1_Maintainability Readiness Assessment (MRA)

14D-2_A historical survey with success and maturity estimates of launch systems with RL10 upper stage engines

14D-3_Maintenance policy for a non-stationary deteriorating system

14D-4_Spare Parts Management Considering New Sales

99A-1_An Integrated Maintenance Management Information System is the Key to Enabling Condition Based Maintenance