New Peer-Reviewed Paper Demonstrates How ICMD® Is Redefining Rocket Material Development
For decades, rocket engine designers have worked within the limits of existing materials, selecting the closest available alloy and accepting…
For decades, rocket engine designers have worked within the limits of existing materials, selecting the closest available alloy and accepting…
How engineering teams are reducing uncertainty and making faster decisions Uncertainty has become the defining constraint in modern materials development.…
Originally developed by QuesTek using Integrated Computational Materials Engineering (ICME), Ferrium® M54 was built for demanding aerospace and naval aviation…
QuesTek Executive Vice President Jason Sebastion expects fresh possibilities for U.S. manufacturing with announcements of new domestic mining projects of…
QuesTek’s Director of Research and Development Gary Whelan recently authored an article for Healthcare Business Today about how Integrated Computational…
A leading industry publication on additive manufacturing featured QuesTek Innovations as a pioneer in designing new alloys for additive manufacturing…
QuesTek's Executive Vice President of Market Operations Jason Sebastian, PhD recently wrote an article for SupplyChainBrain about the increasing fragility…
In a recent episode of the Battery Technology Podcast, QuesTek’s Executive Vice President of Market Operations, Jason Sebastian, discussed how…
The future of nuclear energy hinges on materials that can endure its most extreme demands — intense heat, high radiation,…
QuesTek Innovations has been awarded a U.S. Navy Small Business Innovation Research (SBIR) contract to develop a breakthrough digital toolkit…