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Technical Papers

Explore research and applied engineering perspectives on reliability, safety and model-based analysis.

19 papers

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Use the topic filters or search by discipline, method, product or industry. Papers are supplied through PHM Technology’s resource request process.

How MADE works

MADE · PHM

MADE: Development of an Aerospace PHM Software Tool

How MADE supports the design, assessment and optimisation of PHM systems across high-risk industries.

The language of FMEA

FMEA · Safety

The Language of FMEA: Effective Use and Reuse of FMEA Data

Practical approaches to improving the consistency, usefulness and reuse of FMEA data.

Automated sensor set optimisation

Sensors · CBM

Automated Design and Optimisation of Sensor Sets for CBM

A model-based approach to designing sensor sets that support condition-based maintenance and PHM.

Artificial intelligence methods in PHM

AI · PHM

Applications of AI and Decision-Making Methods in PHM

AI and decision-making methods including genetic algorithms, neural networks and fuzzy logic.

Optimising PHM for electronic assemblies

PHM · Electronics

Optimization of PHM Systems for Electronic Assemblies

Sensing techniques and in-situ health monitoring for improving PHM implementation.

PHM for autonomous unmanned air systems

UAS · PHM

The Use of PHM for Autonomous Unmanned Air Systems

How PHM concepts support autonomous aircraft in complex and demanding mission environments.

Sensor set optimisation for fault diagnosis

Fault diagnosis · Sensors

Sensor Set Optimization by Functional Model and Bayesian Network

A fault-diagnosis approach for turbine generator lubrication systems.

Model-based zonal analysis

Safety · ZSA

Model-Based Approach to Zonal Analysis

A method for improving the repeatability, thoroughness and efficiency of Zonal Safety Analysis.

Autonomous prognostics and health management

APHM · Autonomous systems

Autonomous Prognostics and Health Management — APHM

Including PHM concepts in autonomous UAV design and real-time operational capability.

Environmental loading factors and system design

FMECA · Design

Influence of Environmental Loading Factors on System Design

Linking failure identification to operating scenarios and environmental loading.

Causation-based AI diagnostics

Diagnostics · AI

Real-Time Diagnosis of Physical Failures Using Causation-Based AI

Detecting physical failures from sensor readings and early indicators in complex systems.

Machine-learning failure detection and isolation

ML · Syndrome Diagnostics

ML Detection and Isolation of Functional Failures

Failure detection and isolation for functional disruptions across complex systems.

COTS functional analysis as an IVHM design tool

IVHM · Functional modelling

Use of COTS Functional Analysis Software as an IVHM Design Tool

A functional modelling approach to health-management solutions for new and legacy platforms.

PHM for maritime assets

Maritime · PHM

Towards Design of PHM Solutions for Maritime Assets

PHM design for maritime operational efficiency, reliability and availability-driven support.

Active learning for predictive maintenance

Predictive maintenance · AI

Applications of Active Learning in Predictive Maintenance

Improving predictive maintenance models where labelled data is limited.

Sensor reliability and system performance

Reliability · Sensors

Exploring the Nexus between Sensor Reliability and System Performance

How sensor reliability influences wider system performance, reliability and availability.

Optimising RAMS with discrete event simulation

DES · RAMS

Optimizing RAMS with DES Using Operational Data

A Digital Risk Twin and Discrete Event Simulation approach to maintenance optimisation.

NASA reliability and model-based RAMS

NASA · Reliability

Reliability Analysis of Complex NASA Systems with Model-Based Engineering

Model-Based Engineering for reliability within NASA Safety and Mission Assurance.

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