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Metallurgists

Beryllium Copper Alloys vs Steel: Which Metal Works Harder? Beryllium Copper Alloys vs Steel: Which Metal Works Harder? Beryllium Copper Alloys vs Steel: Which Metal Works Harder? Beryllium Copper Alloys vs Steel: Which Metal Works Harder?


The addition of 2% beryllium to copper makes the alloy almost 600% stronger than copper. BeCu alloys outperform steel where a combination...

Understanding Carburization: The Positive and Negative Impacts on Metals Understanding Carburization: The Positive and Negative Impacts on Metals Understanding Carburization: The Positive and Negative Impacts on Metals Understanding Carburization: The Positive and Negative Impacts on Metals


Carburization and other case hardening methods are used to manufacture durable, low-cost low carbon steels and low alloy steels with...

What New Materials Science Studies Suggest About Corrosion Control in the Future What New Materials Science Studies Suggest About Corrosion Control in the Future What New Materials Science Studies Suggest About Corrosion Control in the Future What New Materials Science Studies Suggest About Corrosion Control in the Future


New materials science research can ultimately lead to the development of better corrosion analyses, protection methods, and...

Global Educational Training Opportunities and Job Prospects in the Corrosion Field Global Educational Training Opportunities and Job Prospects in the Corrosion Field Global Educational Training Opportunities and Job Prospects in the Corrosion Field Global Educational Training Opportunities and Job Prospects in the Corrosion Field


There is a lack of formal undergraduate engineering courses in the corrosion engineering field. Professional societies have tried to bridge...

How to Get Started in a Career as a Materials Scientist How to Get Started in a Career as a Materials Scientist How to Get Started in a Career as a Materials Scientist How to Get Started in a Career as a Materials Scientist


Students interested in pursuing a career in this field must possess a natural aptitude for science and mathematics. Additionally, qualities...

6 Ways to Prevent Corrosion Failure Analysis Frustration 6 Ways to Prevent Corrosion Failure Analysis Frustration 6 Ways to Prevent Corrosion Failure Analysis Frustration 6 Ways to Prevent Corrosion Failure Analysis Frustration


This article discusses how to work with a metallurgical lab to increase the likelihood of getting the information needed to determine the...

quenching metal steel quenching metal steel quenching metal steel quenching metal steel


The quenching of metals is used in the manufacture of various types of steel. The metallurgical processes involved in quenching can enhance...

Refractory Metals: Properties, Types and Applications Refractory Metals: Properties, Types and Applications Refractory Metals: Properties, Types and Applications Refractory Metals: Properties, Types and Applications


Refractory metals are widely used in various applications because of their unique and desirable properties and behaviors, including...

Galvanic Corrosion of Metals Connected to Carbon Fiber Reinforced Polymers Galvanic Corrosion of Metals Connected to Carbon Fiber Reinforced Polymers Galvanic Corrosion of Metals Connected to Carbon Fiber Reinforced Polymers Galvanic Corrosion of Metals Connected to Carbon Fiber Reinforced Polymers


The use of carbon fiber-reinforced composites is growing thanks to their high strength and light weight. This material poses new challenges...

Human Error as a Factor in Corrosion Failure Human Error as a Factor in Corrosion Failure Human Error as a Factor in Corrosion Failure Human Error as a Factor in Corrosion Failure


One of the least addressed causes of corrosion is human error. Here we'll take a look at how human error contributes to corrosion failure...