Google Scholar Links
- Trevor Fleck - Google Scholar
- David Jack - Google Scholar
- Scott Koziol - Google Scholar
- Douglas Smith - Google Scholar
- Ian Gravagne - Google Scholar
Publications by Sic'em Researchers
Sic'em
Awarded Patents
- Method and System of Non-Destructive Testing for Composites. D.A. Jack, J. Fitch, and T. Vo. Baylor University. Patent Number 10,697,941.
- Method and System for Non-Destructive Testing of Curved Composites. D.A. Jack, J. Fitch, T. Vo, C. Heimsoth, and S. Stair. Baylor University. Patent Number 10,761,067.
- Composite Incorporating Vertically Aligned Carbon Nanotubes for Ballistic and Low Velocity Impact Protection. J. Christoph, D.A. Jack, J. Raney. Patent Number 10,247,523.
- Method and System of Non-Destructive Testing for Composites. D.A. Jack, J. Fitch, and T. Vo. Baylor University. Patent Number 11,442,045.
- Method and System for Non-destructive Testing of Curved Composites. D.A. Jack, J. Fitch, T. Vo, C. Heimsoth, and S. Stair. Baylor University. Patent Number 11,442,044.
- System and Method for Real-Time Visualization of Defects in a Material - Visualization and GUI. D.A. Jack, B. Blandford, and N. Blackman. Baylor University. Patent Number 11,619,611.
- System and Method for Real-Time Visualization of Defects in a Material - Barely Visible Impact Damage. D.A. Jack, B. Blandford, and N. Blackman. Baylor University. Patent Number 11,630,084.
- System and Method for Real-Time Visualization of Defects in a Material - Wrinkle Detection. D.A. Jack, W. Minnie, and B. Blandford. Baylor University, US2021-0302375, Filed January 2021, Issued May 2023, Patent Number 11,650,182.
- System and Method for Real-Time Visualization of Defects in a Material - Bondline Thickness. D.A. Jack, B. Blandford, and N. Blackman. Baylor University. US2021-0302378, Filed December 2020, Issued June 2023, Patent Number 11,686,707.
- System and Method for Real-Time Degree of Cure Evaluation in a Material. D.A. Jack. Baylor University. US2021-0302374, Filed February 2021, Issued May 2023, Patent Number 11,650,183.
- System and Method for Real-Time Visualization of Defects in a Material - Foreign Object Detection. D.A. Jack, B. Blandford and N. Blackman. Baylor University. US2021-0310994, Filed December 2020, Issued August 2023, Patent Number 11,726,065.
- System and Method for Evaluating Defects in a Material - Incomplete Bondline Identification. D.A. Jack and B. Blandford. Baylor University. US2021-0302377, Filed March 2021, Issued September 2023, Patent Number 11,754,529.
- Cylindrical Ultrasonic Scanning Apparatus - Magnetic Tube Inspection. D.A. Jack, B. Blandford, N. Blackman, I. Gravagne, P. Kokkada, and D. Pulipati. Baylor University. US2022-0412921, Filed November 2021, Issued December 2023, Patent Number 11,835,484.
- System and Method for Portable Ultrasonic Testing. D.A. Jack, B. Blandford, N. Blackman, K. Garrett, and D. Smith. Baylor University. US2021-0302384, Filed November 2020, Issued January 2024, Patent Number 11,860,131.
- Cylindrical Ultrasonic Scanning Apparatus. D.A. Jack, B. Blandford, N. Blackman, R. Nadeau, I. Gravagne and P. Kokkada. Baylor University. US 2022-0412920, Filed June 2021, Issued March 2024, Patent Number 11,933,763.