The Fourth Industrial Revolution – the fusion of manufacturing design, process and production into one comprehensive whole – has spurred new technology for additive manufacturing, a process that builds 3D objects through the successive layering of metals, ceramic and metal-ceramic alloys. And the University of North Texas’s new state-of-art Additive Manufacturing Laboratory located within the university’s centralized Materials Research Facility, which opened its doors to the public Wednesday, Nov. 28 at a ribbon-cutting event, is helping to pave the way to this new future of manufacturing.
Three years ago in Hays County, a government initiative was introduced that would reclassify thousands of subdivisions known as “flash flood alley” as prone to flooding – despite the fact that those areas were in the midst of a multiyear drought. Residents protested the reclassification because it would increase insurance premiums and affect home values, but within months, a disastrous flood struck the county.
UNT College of Science chemistry professor Guido Verbeck and InspectIR Systems LLC are collaborating to commercialize a system for detecting drugs by analyzing a person’s breath.
UNT joined forces with Digital Train Limited, a leader in internet and mobile internet educational content and delivery, to launch its NetDragon Digital Research Centre to give faculty and students additional opportunities for research and technology development.
Narendra Dahotre, interim vice president of research and innovation and a distinguished professor with the College of Engineering, recently received the Society of Manufacturing Engineers Eli Whitney Productivity Award for lifetime achievement in the area of manufacturing engineering.
Corrosion and wear are very common – they can happen to any material exposed to an environment. But, what if materials could be tested at the atomic level to determine exactly how and why they break down and then be improved to create ultra-high performance alloys?
A UNT conservation program has received a major financial boost. The Cape Horn Biosphere Reserve near Puerto Williams, Chile is part of the Sub-Antarctic Biocultural Conservation Program, a consortium led by UNT in the U.S., and other Chilean universities and institutions. The Chilean government awarded the program $15 million dollars for the construction of a new Sub-Antarctic Cape Horn Center, which is scheduled to open later this year in Puerto Williams.
UNT's Cyber Forensics Lab at the UNT New College at Frisco has already made big strides since opening a year ago. Scott Belshaw, assistant professor of criminal justice and cyber lab director, started with a grand vision for a cyber research laboratory solely dedicated to analyzing cellphone data from devices used in criminal activities.
UNT has many outstanding faculty who are distinguished scholars, researchers and artists who are widely known as experts in their fields and dedicated mentors. Read about a few who are helping to make new discoveries and create solutions to address some of society’s biggest challenges and improve our world:
A University of North Texas faculty member, a graduate student and an undergraduate student have been recognized as UNT’s 2017 Innovator Award winners.
A patent developed by Narendra Dahotre, University Distinguished Research Professor in UNT’s Department of Materials Science and Engineering, which will allow orthopaedic surgeons to operate with new precision, has been licensed by the Australian Institute of Robotic Orthopaedics.
Industry is searching for materials and manufacturing solutions that bring more efficient and competitive products, and UNT scientists are leading the creation, application and characterization of new materials for the 21st century.
Government and industry leaders are searching for better ways to secure industry, individuals — and our world.
Innovation is a key mantra of building bold visions of the 21st century. It is different from “invention,” which most often is associated with an individual discovery. This was certainly true in the early 20th century. As engineered systems and technology evolved to a higher level of complexity and the missions became bolder (landing a man on the moon!), collaborative efforts emerged as the pathway to big dreams.
North Texas State University, now UNT, conferred its first doctorate in the sciences in 1967 when Linda Truitt Creagh, right, earned her Ph.D. in chemistry. Studying under her father, Price Truitt, she used a new tool, a nuclear magnetic resonance instrument, to study physical organic chemistry in new ways.