Patented Inventions - 27

Patent

Granted Patents

1. Low Cement Content Strain-Hardening Cementitious Composite, United States Patent, US 10,301,218 B1, May 28, 2019. M.I. Khan and G. Fares. 
2. EAFD stabilizer for returned concrete and mixer drum wash water, United States Patent, US 9,623,451 B2, April 18, 2017. R.Z. Al-Zaid, A.I. Al-Negheimish, A.M. Alhozaimy and M.I. Khan.
3. Strain-Hardening Cementitious Composite, United States Patent, US 9,399,599 B1; July 26, 2016. M.I. Khan, G. Fares, S. Mourad and W. Abbass. 
4. Method for Obtaining Simulated Pore Water, United States Patent, US 9,423,326 B1; August 23, 2016. G. Fares and M.I. Khan.
5. System and Method for Measuring Permeation Properties of Concrete and Porous Materials, United States Patent, US 9,341,558 B1; May 17, 2016. M.I. Khan.
6. Fire Resistant Cementitious Composite and Method of Making the Same, United States Patent, US 9,290,415 Bl; March 22, 2016. M.I. Khan, G. Fares and S. Mourad.
7. Fire Resistant Cementitious Composite and Method of Making the Same, Saudi Patent, 6187; November 4, 2018. M.I. Khan, G. Fares and S. Mourad.
8. Supplementary Cementitious Material and Method for Disposing of Electric-Arc Furnace Dust (EAFD), United States Patent, US 9,481,604 B2, November 1, 2016. G. Fares, R.Z. Al-Zaid, A.M. Alhozaimy, A.I. Al-Negheimish and M.I. Khan.
9. Supplementary Cementitious Material and Method for Disposing of Electric-Arc Furnace Dust (EAFD), United States Patent, US 9,187,371 B2, November 17, 2015. G. Fares, R.Z. Al-Zaid, A.M. Alhozaimy, A.I. Al-Negheimish and M.I. Khan.
10. Supplementary Cementitious Material and Method for Disposing of Electric-Arc Furnace Dust (EAFD), Saudi Patent, 4472, November 2, 2015. G. Fares, R.Z. Al-Zaid, A.M. Alhozaimy, A.I. Al-Negheimish and M.I. Khan.
11. Chloride Ingress-Resistant Concrete and Articles Formed Therewith, Australian Patents Office, 2010328360, May 14, 2015. F.M. Trabzuni, M.I. Khan, W.A. Al-Masry, T.H. Almusallam, Y.S. Al-Zeghayer.
12. Chloride Ingress-Resistant Concrete and Articles Formed Therewith, Australian Patents Office, 2015201942, December 10, 2015. F.M. Trabzuni, M.I. Khan, W.A. Al-Masry, T.H. Almusallam, Y.S. Al-Zeghayer.
13. Synthetic Aggregate for Use in Concrete, Saudi Patent Office, 3960, March 25, 2015. F.K. Algahtani, M.I. Khan and G. Ghataora.
14. Synthetic Aggregate for Use in Concrete, United States Patent, US 8,921,463 B1, December 31, 2014. F.K. Algahtani, M.I. Khan and G. Ghataora.
15. System and Method for Measuring Porosity of High Strength and High Performance Concrete Using a Vacuum-Pressure Saturation Method, United States Patent, US 8,256,268; September 4, 2012. M.I. Khan.
16. Titanium Production Waste Byproducts as Partial Cement Replacement, United States Patent, US 7,717,999; May 18, 2010. T.H. Almusallam, M.I. Khan, W.A. Al-Masry, Y.S. Al-Zeghayer, F.M. Trabzuni.
17. Titanium Production Waste Byproducts as Partial Cement Replacement, United States Patent, US 7,824,322; November 2, 2010. T.H. Almusallam, M.I. Khan, W.A. Al-Masry, Y.S. Al-Zeghayer, F.M. Trabzuni.

 

Pending Patents

1. Chloride Ingress-Resistant Concrete. United States Patent, US20120111234 A1, May 10, 2012. F.M. Trabzuni, M.I. Khan, W.A. Al-Masry, T.H. Almusallam, Y.S. Al-Zeghayer. https://patents.google.com/patent/US20120111234/en
2. Chloride Ingress-Resistant Concrete. United States Patent, US20110135919 A1, June 9, 2011. F.M. Trabzuni, M.I. Khan, W.A. Al-Masry, T.H. Almusallam, Y.S. Al-Zeghayer. https://patents.google.com/patent/US20110135919A1/en
3. Chloride Ingress-Resistant Concrete. European Patent, EP 2509925 A2, Dec 7, 2010. F.M. Trabzuni, M.I. Khan, W.A. Al-Masry, T.H. Almusallam, Y.S. Al-Zeghayer.
4. Production of Strain-Hardening Cementitious Composites Using Ground Glass Cullet. United States Patent, December 2020 (under Registration). G. Fares and M.I. Khan.
5. Evaluation Method for Crack Propensity of Restrained Cementitious Composites. United States Patent, December 2020 (under Registration). M.I. Khan and G. Fares.
6. Ultra-High-Performance Concrete made with Empty Quarter Sand integrated with Hybrid Ternary Micro-Steel Fibers. Docket No. 30947.09 (under Registration), December 2021. M.I. Khan, G. Fares and Y.M. Abbas
7. An innovative method for producing nanosilica from glass waste for the development of ultrahigh-performance concrete. Docket No. 30947.10 (under Registration), December 2021. M.I. Khan, G. Fares and Y.M. Abbas.
8. An effective method for producing glass waste powder as a precursor for the production of nanosilica. Docket No. 33092.95S (under Registration), October 2023. M.I. Khan, G. Fares and Y.M. Abbas.
9. An innovative method for producing nanosilica from glass waste. Docket No. 33092.96S (under Registration), October 2023. M.I. Khan, G. Fares and Y.M. Abbas.
10. Utilization of nanosilica from glass waste for the development of ultrahigh-performance concrete. Docket No. 33092.97S (under Registration), October 2023. M.I. Khan, G. Fares and Y.M. Abbas.