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reliability engineering for maintenance

Mitigating Asset Failure Consequences Using Root Cause Analysis
Reliability Engineering for Maintenance

Mitigating Asset Failure Consequences Using Root Cause Analysis

An hour long presentation by Reid Jenner, Managing Director, The Asset Performance Group (APG)

In this webinar, we will outline best practices for determining the root cause and mitigating consequences arising from an asset failure or out-of-tolerance condition within the framework of the PAS 55 specification. This will include discussion on the process steps, critical questions, key involvement and recommended discipline to efficiently and effectively identify the root cause of a defect to correct or improve the condition of failing and failed assets.

Implementing and Sustaining RCM
Reliability Engineering for Maintenance

Implementing and Sustaining RCM

An hour long presentation by Mike Fess, Application Consultant, Ivara Corporation

Implementing the findings and sustaining the reliability improvements recommended from an RCM analysis is challenging due to many factors including company culture, employee buy-in, skill level and training as well as the shear amount of data to monitor and manage. Many RCM projects result in overly complex processes and poorly integrated systems resulting in increased likelihood of errors as well as inefficiencies. Some projects result in thick binders sitting on shelves for long periods following the analyses or stagnant databases full of reliability program content that are never implemented.

Failure Reporting and Corrective Action - much more than RCA
Reliability Engineering for Maintenance

Failure Reporting and Corrective Action - much more than RCA

iPresentation - 1:03:28
By Steve Turner - Director and Mark Liddell - Vice President /Americas, OMCS International

Most organizations conduct problem solving as part of their daily activities. Problems that require solving range in category from personal, technical, logistical, software and the list goes on. They range in complexity too and the solutions may be easy or difficult. They may be costly or cheap.

Reliability Engineering for Maintenance

Risk & Criticality: Understanding Potential Failure

by Terry Nelson

Many businesses and public service organizations use a hope-based system for managing risk. But most business and physical risks can and should be managed by a more proactive approach.

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Keep it Contained: Reducing Risk with Mechanical Integrity
Reliability Engineering for Maintenance

Keep it Contained: Reducing Risk with Mechanical Integrity

A 45 minute long presentation by Michael Warren, Product Manager – Mechanical Integrity, Meridium

In a comprehensive Asset Performance Management program, people, processes, and technology are all equally important to maximize the value you should expect from your Mechanical Integrity solution in order to improve safety, reliability and environmental compliance in high-risk industrial environments.

Reliable Operation at Start-up
Reliability Engineering for Maintenance

Reliable Operation at Start-up

An 45 minute long presentation by Kevin Lewton, Vice President, Met Demand, Inc.

Maintenance and Reliability Best Practices should be implemented from the very first time equipment and processes are commissioned. Learn what best practices will contribute to a vertical start-up.

The Connection Between RCM2 and the PAS-55 framework
Reliability Engineering for Maintenance

The Connection Between RCM2 and the PAS-55 framework

An hour long presentation by Mike Schultz, CMRP, MMP, The Asset Performance Group (APG)

While the PAS-55 specification provides a framework for effective asset management, it does not dictate the methods for achieving PAS-55 compliance.

PM Optimization at OneSteel achieves outstanding results
work execution management

PM Optimization at OneSteel achieves outstanding results

An hour long presentation by Mr. Steve Turner - Director, OMCS International and Mark Brunner - Reliability and Systems Superintendant, OneSteel

PM Optimization is a process that has become very popular worldwide as a cost effective and practical alternative to RCM.

Reliability Engineering for Maintenance

Improving the Reliability of a Turbofan Jet Engine

By Larry Tyson

Our team is directly involved in the reliability, availability, and maintainability (RAM) of a turbo fan jet engine. The engine fuel controller (FC) is one of the main components on the engine. Its purpose is to control the flow of fuel based on pilot demand from the throttle levers in the aircraft cockpit. If the FC does not operate properly, the engine does not receive fuel in accordance with pilot demand and may shut down. As can be imagined, shutting down an engine is not a good situation in flight.Improving the Reliability of a Turbofan Jet Engine by Using the Weibull Distribution for Failure Mode Analysis (WFMA)

NOTE: FM = FAILURE MODE, MAL CODE = MALFUNCTION CODE, they are the same

Reliability Block Diagrams, Monte Carlo and Availability Simulation - Part 2
Reliability Engineering for Maintenance

Reliability Block Diagrams, Monte Carlo and Availability Simulation - Part 2

An hour long Webinar on demand by Jason Ballentine - Principal Engineer, ARMS Reliability

Availability Workbench-The Complete Reliability Engineering Toolkit
Reliability Engineering for Maintenance

Availability Workbench-The Complete Reliability Engineering Toolkit

An hour long Webinar on demand by Jason Ballentine - Principal Engineer, ARMS Reliability

The Availability Workbench creates a living Reliability program creating a unique proactive work process for maintenance optimization, RCM, RAMS Studies, System Availability and Lifecycle Cost Calculations.

PM Template Methods – From Theory to Practice
Reliability Engineering for Maintenance

PM Template Methods – From Theory to Practice

An hour long recorded webinar by Dr. David H. Worledge, President and CEO, Asset Performance Technologies, Inc.

There is extensive experience in many industries that shows that PM programs developed on the basis of OEM requirements or experience span the range from overbearing to deficient, typically lack a sound technical basis, and are hard to maintain. Reliability Centered Maintenance (RCM) has taught us that an adequate technical basis requires a functional analysis to establish the need for PM and an FMEA to decide what PM actions to take. However, apart from fleet applications or strongly focused efforts that are limited in scope, RCM in its traditional form has been found to be too resource intensive to be sustainable in most industrial environments.

RCFA Workshop Part 12
Reliability Engineering for Maintenance

RCFA Workshop Part 12

Root Cause Failure Analysis (RCFA) has an important place in a complete maintenance program. Root Cause Failure Analysis provides the ability to identify and eliminate preventable root causes of failures.

RCFA Workshop Part 11
Reliability Engineering for Maintenance

RCFA Workshop Part 11

Root Cause Failure Analysis (RCFA) has an important place in a complete maintenance program. Root Cause Failure Analysis provides the ability to identify and eliminate preventable root causes of failures.

RCFA Workshop Part 10
Reliability Engineering for Maintenance

RCFA Workshop Part 10

Root Cause Failure Analysis (RCFA) has an important place in a complete maintenance program. Root Cause Failure Analysis provides the ability to identify and eliminate preventable root causes of failures.

RCFA Workshop Part 09
Reliability Engineering for Maintenance

RCFA Workshop Part 09

Root Cause Failure Analysis (RCFA) has an important place in a complete maintenance program. Root Cause Failure Analysis provides the ability to identify and eliminate preventable root causes of failures.

RCFA Workshop Part 08
Reliability Engineering for Maintenance

RCFA Workshop Part 08

Root Cause Failure Analysis (RCFA) has an important place in a complete maintenance program. Root Cause Failure Analysis provides the ability to identify and eliminate preventable root causes of failures.

RCFA Workshop Part 07
Reliability Engineering for Maintenance

RCFA Workshop Part 07

Root Cause Failure Analysis (RCFA) has an important place in a complete maintenance program. Root Cause Failure Analysis provides the ability to identify and eliminate preventable root causes of failures.

RCFA Workshop Part 06
Reliability Engineering for Maintenance

RCFA Workshop Part 06

Root Cause Failure Analysis (RCFA) has an important place in a complete maintenance program. Root Cause Failure Analysis provides the ability to identify and eliminate preventable root causes of failures.

RCFA Workshop Part 05
Reliability Engineering for Maintenance

RCFA Workshop Part 05

Root Cause Failure Analysis (RCFA) has an important place in a complete maintenance program. Root Cause Failure Analysis provides the ability to identify and eliminate preventable root causes of failures.

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