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You are here: Home / Archives for Metal Conversations

Metal Conversations

Metal Conversations is a podcast by Michael Pfeifer from Industrial Metallurgists, LLC. He talks about metallurgy and metals engineering as they apply to product design and manufacturing. This covers many different areas since considerations about the metals used in products includes alloy selection, supplier selection, manufacturing process development, and fixing quality problems, just to name a few.

by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 012 Six-Sigma and Materials Engineering

MC 012 Six-Sigma and Materials Engineering

Six-Sigma and Materials Engineering

In this episode, I discuss 6-sigma, statistical process control, and the role of materials engineering in developing capable manufacturing processes.
Materials are used to fabricate components and join components together. And, we want manufacturing processes capable of producing components and assemblies without defects or problems, and whose materials have the desired properties. So, developing and maintaining a six-sigma manufacturing process depends heavily on materials engineering. To learn more about this subject, check out 6 Sigma and Materials Engineering.

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 011 Tribute to Steel Metallurgy Knowledge

MC 011 Tribute to Steel Metallurgy Knowledge

Tribute to Steel Metallurgy Knowledge

In this episode, I discuss the state of steel metallurgy knowledge and the things this knowledge has enabled, including ultra-high volume steel production and the ability to engineer components with a wide range of properties for a wide range of applications.

To learn more about this subject, check out the article A Tribute to Steel Metallurgy Knowledge.

 

 

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 010 A Different Perspective for Seeing Products

MC 010 A Different Perspective for Seeing Products

A Different Perspective for Seeing Products

How do you look at any product? See just a thing that performs a certain function? In this episode I discuss my perspective on how I see a product – as an assembly of materials – and how it influences how I help design products to meet performance, reliability, and cost goals.

 

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 009 Learning and Professional Development

MC 009 Learning and Professional Development

Learning and Professional Development

In this episode I discuss learning and professional development. There’s so much to know to be an engineer and college courses cover the tip of the iceberg, even if you go to grad school. I learned this early in my career as I was faced with decisions and problems related to topics that I never encountered in school. I also learned that I had to shoulder the responsibility of learning the topics. Some of the learning came from colleagues, some came from taking short courses, and some came from reading textbooks and technical journals. In this episode I discuss my learning experiences and philosophy about learning, the pitfalls of relying on learning just from experience, and resources for learning and professional development.

 

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Filed Under: Metal Conversations

by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 008 Design for Manufacturability

MC 008 Design for Manufacturability

Design for Manufacturability

In this episode I discuss Design for Manufacturability related to component fabrication and joining components by welding, brazing, or soldering. Design for manufacturing is concerned with designing components and assemblies that can be repeatedly produced with consistent good quality without hassles, and at low-cost. DFM applies to primary component fabrication processes, secondary processing (coating, heat treating), and joining. Primary component fabrication processes include casting, extruding, stamping and other cold forming, forging, and machining. Secondary processes include heat treating, machining, and coating by painting, electroplating, anodizing and other processes. And joining includes welding, brazing, soldering, and using adhesives.

 

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 007 Failure Analysis of Component Failures and Manufacturing Problems

MC 007 Failure Analysis of Component Failures and Manufacturing Problems

Failure Analysis of Component Failures and Manufacturing Problems

In this episode I discuss failure analysis component or joint failures during product testing or use and manufacturing problems such as supplier quality problems and manufacturing output that doesn’t meet specifications.

Failure analysis is part of performing a root cause analysis to identify the action, event, or decision that led to a component failing in a product or led to a manufacturing problem. The information from a root cause analysis is used to either fix a problem – in the case of product design and manufacturing – or assign blame – in the case of an insurance claim or litigation.

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 006 You Have to Think Small to Understand Metallurgy

MC 006 You Have to Think Small to Understand Metallurgy

You Have to Think Small to Understand Metallurgy

(Apologies up front – I recorded this episode using the wrong microphone. So, the sound quality is fair. I’ll do better next time.)

There are microscopic structures and processes in metals that have large effects on metal properties, performance, and reliability. Being able to conceptualize these structures and processes goes a long way toward understanding the behavior of metals and the effects of mechanical processing and heat treating on metal properties. In this episode I discuss some of the microscopic structures and their effects on metal properties.

I also discuss recent projects and a bonus at the end – some details about my recent trip to Seward, Alaska

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 005 Metals Engineering Perspective to Component Design

MC 005 Metals Engineering Perspective to Component Design

Metals Engineering Perspective to Component Design

In this episode Michael discusses the metals engineering perspective to component design. The concepts actually apply to all materials – metals, polymer, ceramics, and new classes of materials.

No matter the application, the considerations when designing a component are always the same. It’s necessary to understand all the design requirements when selecting materials and finalizing a component’s shape and features. The design requirements include performance, reliability, weight, cost, how the component will be fabricated, and how it will be joined to other components. With this information it’s possible to identify alloys and make changes to the component’s shape and features as needed to meet the design requirements at low-cost. Often, trade-offs between component materials and form are made to optimize the design. This is especially important for design for manufacturability to keep costs down and ensure a receptive supply base.

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 004 What is Metals Engineering?

MC 004 What is Metals Engineering?

What is Metals Engineering?

Metals engineering is the application of metallurgy (the science of metals) to design and manufacturing decisions and problems involving metals. In this episode I explain the fundamental principles of metallurgy and how they are applied to engineer metals for component design and solving component failures and production quality problems.

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 003 Lessons Learned as a Process Engineer

MC 003 Lessons Learned as a Process Engineer

Lessons Learned as a Process Engineer

In this episode I discuss two lessons I learned as a process engineer in the semiconductor fab. One lesson was a real-life example of the effects of manufacturing processes on metal microstructure and the resulting effects on a metal property that was used to monitor a manufacturing process. The other lesson was about the fallacy of engineering or scientific ingenuity.

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 002 How Materials Engineering Fits In

MC 002 How Materials Engineering Fits In

How Materials Engineering Fits In

I discuss my education, my experience working in a semiconductor factory and as part of a product design group, and the many different product design and manufacturing activities I was involved in as a metals engineer.

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by Michael Pfeifer, Ph.D., P.E. Leave a Comment

MC 001 Metal Conversations Introduction

MC 001 Metal Conversations Introduction

Metal Conversations Introduction

This episode is an introduction to the Metal Conversations podcast. Michael Pfeifer from Industrial Metallurgists, LLC introduces himself and gives a brief description of what the podcast series will be about.

Michael Pfeifer is a metallurgist and metals engineer. He works with design and manufacturing clients to help with component materials selection, manufacturing process development, supplier evaluation, failure analysis and root cause analysis.

He received a B.S. and M.S. in Metallurgical Engineering from University  of Illinois and a Ph.D. in Materials Science and Engineering from  Northwestern University. He is a Professional Engineer, licensed in Illinois.

He’s wrote a book – Materials Enabled  Designs. It teaches how to select materials that optimize product  performance, reliability, and cost.

For more information about Michael go to https://www.imetllc.com/about/

Industrial Metallurgists offer metallurgy and metals engineering consulting and training. The training is geared to design, manufacturing, and quality engineers. More information about Industrial Metallurgists’ services and training is at https://www.imetllc.com/

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Metal Conversations podcast logo

About metallurgy and metals engineering applied to product design and manufacturing.

photo of Michael
by Michael Pfeifer
Metals Conversations,
Hosted on Anchor
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Recent Episodes

MC 027 Metal Annealing

MC 026 Phase Diagrams

MC 025 Engineering Mistakes, Causes, and Prevention

MC 024 Supplier Selection

MC 023 Component Design Process

MC 022 Product Launch Formula

MC 021 Residual Stress in Metals

MC 020 Five Key Metallurgy Concepts

MC 019 Two Fundamental Metallurgy Principles

MC 018 Engineering to Prevent Hydrogen Embrittlement

MC 017 Life (and Engineering) Lessons from Boxing

MC 016 Using Failure Analysis to Improve Equipment Reliability

MC 015 Definition of Successful Product

MC 014 Failure Analysis Case Studies

MC 013 Product Reliability and Materials Degradation

MC 012 Six-Sigma and Materials Engineering

MC 011 Tribute to Steel Metallurgy Knowledge

MC 010 A Different Perspective for Seeing Products

MC 009 Learning and Professional Development

MC 008 Design for Manufacturability

MC 007 Failure Analysis of Component Failures and Manufacturing Problems

MC 006 You Have to Think Small to Understand Metallurgy

MC 005 Metals Engineering Perspective to Component Design

MC 004 What is Metals Engineering?

MC 003 Lessons Learned as a Process Engineer

MC 002 How Materials Engineering Fits In

MC 001 Metal Conversations Introduction

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