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Maintenance engineering – Predictive maintenance

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Maintenance engineering – Predictive maintenance, available at $59.99, has an average rating of 4.13, with 32 lectures, based on 86 reviews, and has 355 subscribers.

You will learn about Learn what predictive maintenance is and its implications Learn Total plant management and Maintenance management through predictive program implementation Learn how predictive maintenance can boost product quality up Konwledge about the most important and diffused predictive maintenance technique Learn how to calculate costs and benefits of a predictive maintenance program Master vibration analysis, causes of vibrations, machines dynamics, mode shapes, resonance, critical speed, dynamics for the main type of mechanical components Learn how to develop a database to collect vibration data Learn the main instruments available to perform vibration analysis Learn Thermography analysis Learn Tribology techniques Learn Ultrasonics analysis This course is ideal for individuals who are Students of industrial or mechanical engineering who want to learn about predictive maintenance or Process engineers or maintenance engineers who want to implement a predictive maintenance program in their organization or Maintenance personnel or Technicians or Anyone interested in maintenance engineering in general It is particularly useful for Students of industrial or mechanical engineering who want to learn about predictive maintenance or Process engineers or maintenance engineers who want to implement a predictive maintenance program in their organization or Maintenance personnel or Technicians or Anyone interested in maintenance engineering in general.

Enroll now: Maintenance engineering – Predictive maintenance

Summary

Title: Maintenance engineering – Predictive maintenance

Price: $59.99

Average Rating: 4.13

Number of Lectures: 32

Number of Published Lectures: 32

Number of Curriculum Items: 32

Number of Published Curriculum Objects: 32

Original Price: $27.99

Quality Status: approved

Status: Live

What You Will Learn

  • Learn what predictive maintenance is and its implications
  • Learn Total plant management and Maintenance management through predictive program implementation
  • Learn how predictive maintenance can boost product quality up
  • Konwledge about the most important and diffused predictive maintenance technique
  • Learn how to calculate costs and benefits of a predictive maintenance program
  • Master vibration analysis, causes of vibrations, machines dynamics, mode shapes, resonance, critical speed, dynamics for the main type of mechanical components
  • Learn how to develop a database to collect vibration data
  • Learn the main instruments available to perform vibration analysis
  • Learn Thermography analysis
  • Learn Tribology techniques
  • Learn Ultrasonics analysis

Who Should Attend

  • Students of industrial or mechanical engineering who want to learn about predictive maintenance
  • Process engineers or maintenance engineers who want to implement a predictive maintenance program in their organization
  • Maintenance personnel
  • Technicians
  • Anyone interested in maintenance engineering in general

Target Audiences

  • Students of industrial or mechanical engineering who want to learn about predictive maintenance
  • Process engineers or maintenance engineers who want to implement a predictive maintenance program in their organization
  • Maintenance personnel
  • Technicians
  • Anyone interested in maintenance engineering in general

Predictive Maintenance Master is the complete guide to learn everything about this great maintenance engineering tool. The course covers all the management implications and the techniques that relate to predictive maintenance. As maintenance engineers you will be able to start implementing a solid predictive maintenance program defining schedules, costs and designing every aspect of It. As maintenance technicians, you will find a lot of useful notions and practical suggestions on how to perform predictive controlla and analysis. The course starts by defining predictive maintenance and its perimeter, and explaining how this maintenance tool can improve production and product quality.

Then the course goes on giving a general overview of the main predictive maintenance techniques that will be deepened in detail further on. Notions will be given about vibration monitoring, Thermography, Tribology, Ultrasonics, electric motor analysis, process parameters analysis, Visual inspections and other techniques.

At this point details about program costs and benefits are given.

The core part of the course deals with the main predictive techinques in details.

Vibration analysis it’s explained starting from the definition of vibration and going through the different aspects that relate to the practice of measuring and monitoring vibrations, including the causes that originate them. Dynamics of different mechanical components will be described.
Another important topic that relates to vibration analysis, is the implementation of a data collecting system and database. Information will be given on how to analyse data collected and how to set alert and alarm limits.

The course goes on, giving students a panorama of the existing instruments and installed systems to measure vibrations and the main trending techniques.

After vibration analysis thermography, tribology and ultrasonics are explained in details, as done for vibrations analysis.

Course Curriculum

Chapter 1: PREDICTIVE MAINTENANCE DEFINITION AND IMPLICATIONS

Lecture 1: Definition of predictive maintenance

Lecture 2: Total plant and maintenance management

Lecture 3: Production management and quality improvement

Chapter 2: GENERAL OVERVIEW OF PREDICTIVE MAINTENANCE TECHNIQUES

Lecture 1: Vibration monitoring

Lecture 2: Thermography and tribology

Lecture 3: Ultrasonic monitoring and other techniques

Lecture 4: Electric motor analysis

Chapter 3: PROGRAM COSTS AND BENEFITS

Lecture 1: Program Costs

Lecture 2: Benefits

Chapter 4: VIBRATION MONITORING AND ANALYSIS

Lecture 1: What is vibration

Lecture 2: Causes and characteristics of vibration

Lecture 3: Rotating machinery

Lecture 4: Reciprocating and linear machinery

Lecture 5: Bearing dynamics

Lecture 6: Gears

Lecture 7: Blades, vanes and belt drives

Lecture 8: Running and critical speeds

Lecture 9: Mode shapes and resonance

Lecture 10: Preloads and induced loads

Lecture 11: Common Failure modes

Lecture 12: Failure modes of common machines

Chapter 5: DATABASE DEVELOPMENT FOR VIBRATION MONITORING

Lecture 1: Data acquisition frequency and parameters definition

Lecture 2: Signature boundaries, alert and alarm limits

Chapter 6: INSTRUMENT FOR VIBRATION ANALYSIS AND ANALYSIS TECHNIQUES

Lecture 1: Type of instruments

Lecture 2: Mounting techniques and systems

Lecture 3: Getting the program started

Chapter 7: THERMOGRAPHY

Lecture 1: Infrared technology and equipment.

Lecture 2: Basic infrared and heat transfer theory

Lecture 3: Infrared equipment evaluation and common problems

Chapter 8: TRIBOLOGY

Lecture 1: LUBRICATING OIL ANALYSIS

Lecture 2: Wear particle analysis

Lecture 3: Limitations of tribology

Instructors

Rating Distribution

  • 1 stars: 2 votes
  • 2 stars: 2 votes
  • 3 stars: 18 votes
  • 4 stars: 27 votes
  • 5 stars: 37 votes

Frequently Asked Questions


How long do I have access to the course materials?


You can view and review the lecture materials indefinitely, like an on-demand channel.


Can I take my courses with me wherever I go?


Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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