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Researchers Eye Advanced Sensors to Monitor Buried Infrastructure

Novel advanced sensors were attached to a hazard-resilient plastic pipeline installed underground and tested through a simulated fault rupture.

Ultrasonic Probe Tests Zinc Galvanizing Kettles

New probe technology developed from recent academic research can conduct safety-critical testing inside galvanizing kettles holding molten zinc at 450 °C.

Strategic Planning at NACE International: Seventh in a Series

The plan for success has three elements: key strategic initiatives, implementation plans, and review and reload sessions. In this month’s post, we introduce all three steps in the plan for success process.

Detecting Corrosive Sulfides Challenges U.S. Shale Operators

Many modern tests focused on the detection of sulfate-reducing bacteria as corrosive agents in metal oil and gas pipelines could be missing a separate bacterial family also responsible for corrosion.

Results Posted for NACE International’s 2017 Annual Corrosion Career Survey

For corrosion professionals in the United States and United Kingdom, the results of this year’s annual corrosion career and salary survey sponsored by Materials Performance (MP) magazine are very positive.

High Pressure Key to More Advanced Metal Alloys

A new study suggests that high pressure could be the key to developing advanced metal mixtures that are lighter, stronger, and more resistant to heat and corrosion than conventional alloys.

Strategic Planning at NACE International: Sixth in a Series

The overarching goals create a specific, measurable, and attainable verbal picture of what our association will look like by October 2019.

Texas Water Utility Partners with University on Corrosion Research

Water utility officials in Arlington, Texas, are working with University of Texas at Arlington researchers to inspect concrete manhole shafts and sewer pipes for corrosion, cracks, and other internal defects.

Guide Helps Estimate Cost and Service Life for Protective Coatings

The practical guide was designed to help coatings engineers or specifiers determine candidate protective coating systems for particular industrial environments.

New Laser Technique Aims to Reveal Hidden Damage in Metals

This U.S. research team believes a spectroscopic method known as second harmonic generation, which alters the wavelength of light, can be adapted to look for signs of internal damage in metals.

Corrosion Analysis in Automotive Electronics

This investigation used an analysis with the Auger electron spectroscopy technique to characterize the corrosion in a microelectronic component utilized to activate automobile airbags.

Cold Spray Technology Designed to Repair Commercial Aircraft Parts

A joint project by The University of Akron and Airborne Maintenance and Engineering Services is targeting “cold spray” repair of corroded and worn parts on commercial aircraft.

Terahertz Waves Detect Early Corrosion in Concrete-Encased Steel

Researchers at the National Institute of Standards and Technology have developed a noninvasive technique utilizing terahertz radiation that reveals corrosion in concrete-encased steel before it can cause any significant degradation of the structure.

Strategic Planning at NACE International: Fourth in a Series

The third and final aspect of defining our core ideology relates to the question, “What is it that we do?” In strategic planning parlance, this is called a mission statement. A mission statement describes what we do to fulfill our core purpose. Let’s recall our core purpose, or why we exist in the marketplace.

U.S. Airmen Target Noninvasive Methods to Spot Aircraft Defects

Airmen with the 19th Maintenance Squadron at the Little Rock Air Force Base in Arkansas are using nondestructive inspections to identify potential cracks in a variety of aircraft parts.