Frederick Ferguson

TitleProfessor

DepartmentMechanical Engineering

Phone336-285-3743

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Emailfferguso@ncat.edu

OfficeMcNair Hall
Room: 621

1601 East Market Street
Greensboro, NC 27411

Frederick	Ferguson

Education

Ph D: Aerospace, Aeronautical and Astronautical/Space Engineering, University of Maryland, 1993

MS: Physics and Mathematics, Kharkiv National University, 1986


Research Interests

Aerothermodynamics for Space Vehicle Accent and Re-entry, Hypersonic Vehicle and Space Propulsion Systems Design, GUI Designs, Algorithms and Grid-Generation for Computational Fluid Dynamics, Weakly Ionized Plasma & Magnetohydronamics, Soft Computing, Expert Systems and Extended Fuzzy Logics, Software Safety-Critical Systems Analysis, Expert Systems and Neural Networks. Heat transfer in Biological Tissues with Applications to Hyperthermia.


Recent Publications

Ferguson, Frederick  (2018).  Evaluating the Hypersonics Leading Edge Phenomena at High Reynolds and Mach Numbers.  In Ed. Serdar Celebi,  Yes  (InTechOpen, 2018,  ).  Insights into Computational Science and Engineering.

Mendez, Julio   Dodoo-Amoo, David   Dhanasar, Mookesh  Ferguson, Frederick  (2018).  Assessing the Flow Field Physics Capturing Capabilities of the Integro-Differential Scheme When Solving the Navier Stokes Equations.   Proceedings of the Sixteenth Annual Early Career Technical Conference .

Dodoo-Amoo , David   Mendez, Julio   Dhanasar, Mookesh  Ferguson, Frederick  (2018).  Evaluating Discretization Errors with Numerical Experinments.   Proceedings of the Sixteenth Annual Early Career Technical Conference.

Mendez, Julio  Dodoo-Amoo, David  Dhanasar, Mookesh  Ferguson, Frederick  (2018).  Assessing the Flow Field Physics Capturing Capabilities of the Integro-Differential Scheme When Solving the Navier Stokes Equations.  Performance of the IDS Finite Volume Scheme  (ETC 2017,  ).  ASME ETC.