Automotive, Manufacturing
This novel III-Nitride semiconductor-based pressure sensor can operate at high temperature with a significantly greater sensitivity and lower operating power compared to existing Si piezoresistive sensors.
Inventor: Dr. Goutam Koley
Published: 11/2/2023
Automotive, Biomedical, Manufacturing
The novel Metal Injection Molded (MIM) manufacturing method allows for the formation of intricate device geometries and attachment of dissimilar materials.
Inventor: Dr. Laine Mears, Dr. Thomas Martens
Published: 11/2/2023
Automotive
Clemson University researchers have developed a novel forming process that combines polymer injection forming and supercritical assisted injection methods to efficiently create multi-material hybrid structures for a wide range of applications.
Inventor: Srikanth Pilla, Saeed Farahani
Published: 1/15/2021
Automotive, Manufacturing
Clemson University researchers have developed a technique that allows for the joining of stackups that cannot currently be joined by FDS, and can do so in a faster manner than current methods for common stackups.
Inventor: Laine Mears, Brandt Ruszkiewicz, Jamie Skovron
Published: 11/2/2020
