A team of material scientists at Pohang University of Science and Technology, South Korea, announced its discovery of a new alloy that has the same strength-to-weight ratio as titanium alloys, but at just tenth the cost, Fast Company reports.
The research team, which consisted of Professors Hansoo Kim and Nack J. Kim, as well as doctoral student Sang-Heon Kim, found that nanometer-sized B2 crystal compounds—traditionally considered harmful for steels—can create a lightweight yet strong metal when dispersed within the steel’s grains.
Their research findings were published in the Feb. 5 edition of the journal Nature.
“With this innovative approach, stronger and more ductile lightweight steels [can] been created,” a statement from the university says.
Read more at Fast Company.
Related Stories
Building Materials | Nov 2, 2022
Design for Freedom: Ending slavery and child labor in the global building materials sector
Sharon Prince, Founder and CEO of Grace Farms and Design for Freedom, discusses DFF's report on slavery and enforced child labor in building products and materials.
Building Materials | Aug 3, 2022
Shawmut CEO Les Hiscoe on coping with a shaky supply chain in construction
BD+C's John Caulfield interviews Les Hiscoe, CEO of Shawmut Design and Construction, about how his firm keeps projects on schedule and budget in the face of shortages, delays, and price volatility.
Building Materials | Jun 20, 2022
Early-stage procurement: The next evolution of the construction supply chain
Austin Commercial’s Jason Earnhardt explains why supply chain issues for the construction industry are not going to go away and how developers and owners can get ahead of project roadblocks.
Sponsored | BD+C University Course | May 10, 2022
Designing smarter places of learning
This course explains the how structural steel building systems are suited to construction of education facilities.
Sponsored | BD+C University Course | Apr 19, 2022
Multi-story building systems and selection criteria
This course outlines the attributes, functions, benefits, limits, and acoustic qualities of composite deck slabs. It reviews the three primary types of composite systems that represent the full range of long-span composite floor systems and examines the criteria for their selection, design, and engineering.
Contractors | Mar 28, 2022
Amid supply chain woes, building teams employ extreme procurement measures
Project teams are looking to eliminate much of the guesswork around product availability and price inflation by employing early bulk-purchasing measures for entire building projects.
Sponsored | BD+C University Course | Jan 30, 2022
Optimized steel deck design
This course provides an overview of structural steel deck design and the ways to improve building performance and to reduce total-project costs.
Sponsored | Steel Buildings | Jan 25, 2022
Structural Game Changer: Winning solution for curved-wall gymnasium design
Sponsored | Steel Buildings | Jan 25, 2022
Multifamily + Hospitality: Benefits of building in long-span composite floor systems
Long-span composite floor systems provide unique advantages in the construction of multi-family and hospitality facilities. This introductory course explains what composite deck is, how it works, what typical composite deck profiles look like and provides guidelines for using composite floor systems. This is a nano unit course.
Sponsored | BD+C University Course | Jan 12, 2022
Total steel project performance
This instructor-led video course discusses actual project scenarios where collaborative steel joist and deck design have reduced total-project costs. In an era when incomplete structural drawings are a growing concern for our industry, the course reveals hidden costs and risks that can be avoided.
