Member of  – Aerospace Engineering Honor Society Member of Sigma Xi – Scientific Research Society Professional Societies: AIAA (senior member), ASEE, SAE Received ISU Teaching Excellence Award – Fall 1999 Received ISU Research Excellence Award – Spring 2000 Instruction A. Classes Taught Class Semester Responding Q22/Q23/Q24 Q16/Q17/Q18 MAE 114 Fluid Mechanics Spring 01 79 4.2/4.1/3.9 MAE 475 Flight Vehicle Design Fall 01 28 3.8/3.7/4.0 MAE 434 Exp. Aerodynamics Fall 01 31 3.8/3.8/3.9 MAE 331 Fluid Mechanics Spring 02 57 4.6/4.55/4.5 MAE 434 Exp. Aerodynamics Fall 02 41 4.24/4.21/4.21 MAE 475 Flight Vehicle Design Fall 02 39 4.23/4.37/4.45 MAE 493A CFD (new course develop) Spring 03 40 4.44/4.38/4.26 MAE 475 Flight Vehicle Design Fall 03 33 4.29/4.07/4.21 MAE 331 Fluid Mechanics Spring 04 59 4.45/4.49/4.35 MAE 493A CFD Spring 04 24 4.40/4.19/4.19 MAE 532 Viscous Flow Fall 04 21 4.20/4.25/4.15 MAE 493A CFD Spring 05 22 4.25/3.94/4.00 MAE 532 Viscous Flow Fall 05 19 4.42/4.32/4.21 MAE 493 CFD Spring 06 22 4.60/4.45/4.45 MAE 331 Fluid Mechanics Fall 06 43 4.08/4.03/3.86
Term: (Spring 2012 Summer 2012 Fall 2012) Course Enrolment From SEI Summaries SEI-Q22 SEI-Q23 SEI-Q24 Ave. SEI Spring 2012 331 71 4.53 4.58 4.54 4.55 Spring 2012 ENGR 471 24 4.91 4.83 4.65 4.80 Fall 2012 331 76 4.30 4.28 4.09 4.22 Fall 2012 Overall Average 4.52 Comments: Term: (Spring 2013 Summer 2013 Fall 2013) Course Enrollment From SEI Summaries SEI-Q22 SEI-Q23 SEI-Q24 Ave. SEI Spring 2013 331 76 4.70 4.73 4.51 4.65 Spring 2013 ENGR 471 25 4.87 4.83 4.70 4.8 Fall 2013 335 74 4.46 4.46 4.39 4.44 Fall 2013 ENGR 470 51 4.86 4.88 4.78 4.84 Overall Average 4.68 Comments: NOTE: ENGR 470 Fall 2013 was team taught with Dr. Kuhlman TERM Course Enrollment From SEI Summaries SEI-Q16 SEI-Q17 SEI-Q18 Ave. SEI Spring 14 331 69 4.75 4.67 4.60 4.67 Spring 14 ENGR 471 38 4.82 4.79 4.59 4.73 Fall 14 335 79 4.52 4.47 4.32 4.44 EGOverall Average Comments: Also assisted in the administration of ENGR 470 in Fall 14 where Kuhlman was lead instructor. B1. Graduate Thesis/Dissertation Advisor Doctoral Students (7 total, 6 graduated)
B4. Supervision of Undergraduate Students Eric Storm, MAE 495 – Portable Wind Tunnel, Fall 2014 Bruce Headly, MAE 495 - Portable Wind Tunnel, Fall 2012 Rex Persinger, Honors Program - Senior Thesis, Fall 2011 Thesis: Justin West, Honors Program - Senior Thesis, 2011 Thesis: TBA Allison Willingham, Honors Program – Senior Thesis, 2010 Thesis: Properties of ABS Plastic Prototypes for Wind Tunnel Models Dave Jayasinghe, Honors Program – Senior Thesis, 2003 Thesis: “Using Active Circulation Control Associated with Coanda Effect for Download Wake Reduction of Military Aircraft” Tony Feragotti – NASA Space Grant Scholarship – 2002/2003 “Ice Shape Prediction Using Neural Nets” Lucas Roselius – NASA Space Grant Scholarship – 2003/2004 “Wing morphing of a flying wing” Tyler-Blair Sheppard, Honors Program – Honors Thesis, Fall 2005 Thesis: “High Angle of Attack Stability and Control” Justin Smith – Senior Thesis, Fall 2005 Thesis: “Mission Analysis for Hale ROA (UAV) with High Power Density Motors” C. Other Contributions to Instruction Spring 2001 Dr. Huebsch developed a course web page for MAE 331 (Fluid Mechanics) on the WVU WebCT system. This included syllabus, course information, schedule, homework assignments and solutions, test information, lecture notes, and sample exams. There was a good response from the students. Fall 2001 Dr. Huebsch developed a WebCT course web page for MAE 434 – Experimental Aerodynamics. Spring 2002
United States Patent, “Stimulus Responsive Nanoparticles”, US Patent Number 8,362,760 B2, Jan. 29, 2013. Disclosure: Aeromechatronic Resonating Wind Energy Harvester with Passive Self Tuning, Browning, Wilhelm, and Huebsch, 2011. United States Patent Filed. “Stimulus Responsive Nanoparticles”. Application number: 12388987, Feb. 19, 2009. Cairns, Huebsch, Kierros, Shafran. United States Provisional Patent application. “Dynamic Roughness Using Stimulus-Responsive Nanoparticles”. Feb. 19, 2009. Cairns, Huebsch, Kierros, Shafran. United States provisional patent application 61/066,384 entitled - Fluidic Dispersions of Nanoparticles", filed Feb 19th 2008. Cairns, Huebsch, Kierros, Shafran. United States disclosure 460: “Dynamic Roughness Using Stimulus Responsive Nanoparticles,” 2009. C. Presentations Invited Presentation "Transforming Existing Munitions into Small Mortar Launched Armed Unmanned Aircraft," Armed UAS Conference, Las Vegas, NV, May 23-24, 2012. “Dynamic Surface Roughness for Aerodynamic Flow Control,” presented at 42nd AIAA Aerospace Sciences Meeting and Exhibit, Reno, NV, Jan. 2004. “Unsteady Navier-Stokes Simulation of Flow Past Surface Ice Geometries,” presented at the 38th Aerospace Sciences Meeting, Reno, NV, Jan. 2000. “The Effects of Small-Scale Surface Roughness on Laminar Airfoil-Scale Trailing Edge Separation Bubbles,” presented at the AIAA 36th Aerospace Sciences Meeting, Reno, NV, Jan. 1998. D. Research Projects New Research Awards: 2014 No. Title PI or Co-PI Funding Agency Period Total Funding Requested Funding Allocated to Your Tasks 1 Micro Feather Sense and Control MAV Aerodynamics PI Army $230,000 $160,000 2
3 Unmanned System Algorithm Development Co-PI ARL $27,023 4 Air Wake PI PSI $1700 5 Micro Feather Sense and Control PI Army $17,495 Comments: 2013 No. Title PI or Co-PI Funding Agency Funding budgeted- Your Tasks Research Expenditures ($) 1 Aerodynamic Flow Control with Stimulus-Responsive Smart Skins for Tunable Dynamic Roughness - NASA EPSCoR PI NASA $13,000 2 Hybrid Projectiles 2 Tech PI Army $250,000 3 Hybrid Projectiles 3 Tech PI Army $34,000 4 Unmanned System Algorithm Development Co-PI ARL $55,000 5 Adaptation of Quad Rotor Platform for Novel Airborne Sensing of Ship Wake PI Navy $6,000 6 40 mm Configuration Study PI Chemring Corp $39,500 7 Experimental Flow Characterization and Model Development of Advanced Firefighting Agent Application Technologies Co-PI FAA $2500 Comments: From the department, I only received numbers on Project #1 above. Therefore, all the other numbers are rough approximations. I am spending on 6 different projects, PI on 3, and only get data on one project. 2012 No. Title PI or Co-PI Funding Agency Funding budgeted- Your Tasks Research Expenditures ($) 1 Distributed Conformal Actuation for Simultaneously Controlling Flow Separation & Transition PI AFOSR $107,343
2 Aerodynamic Flow control of Rotor & Tilt-Rotor Surfaces Using Dynamic Roughness PI NASA $70,461 Hybrid Projectiles 2 Co-PI Army $23,596 Tactical Sustainment and Sensor Deployment (TSSD) System PI AFRL $16,000 Unmanned System Algorithm Development Co-PI ARL $64,000 Hybrid Projectiles 3 Co-PI ARL $0 (on no-cost extension) MAV Gust Rejection PI Physical Sciences $14,000 UAS Aerodynamic Stability Co-PI Vista Research $7,000 Comments: For research expenditures, I received values from Pam. The ones that made sense I included. For others, I gave my best approximation. 2011 No. Title PI or Co-PI Funding Agency Period Total Funding Requested Funding Allocated to Your Tasks 1 Integrated physical and chemical measurements: Wind tunnel studies Co-PI NASA 140000 21000 2 Integrated physical and chemical measurements: Wind tunnel studies Co-PI Cornell University 23000 2400 3 Integrated physical and chemical measurements: Wind tunnel studies Co-PI Cornell University 89000 7000 4 Distributed conformal actuation for simultaneously controlling flow separation and transition PI AFOSR 111000 76000 5 Third generation transforming and hybrid projectiles Co-PI Army 304000 140000
Computational Modeling of a New Surveillance Airship Design Co-PI ARES Systems Group 1/09-12/09 $67,500 Dynamic Roughness Applied to Boundary Layer Control PI AFOSR – Physical Sciences Inc 2008-2009 (Phase I STTR) $98,400 Electrically Responsive Micro-Rods for Mircofluidic Application Co-PI PSCoR – WVURC 2008-2009 $37,220 Resilient Tunnel System – Flood Containment Plug Co-PI DHS – Battelle Memorial Institute To 5/31/09 $65,261 Development of Hybrid Projectile System PI ARDEC (Army) Imperial Machine & Tool Co 2008-2009 $77,000 Dynamic Roughness as a Mechanism for Flow Control PI Center for Rotorcraft Innovation (CRI) 2007-2008 $109,592 Resilient Tunnel System Co-PI DHS 2007-2009 $1,300,000 Sensitivity Study on the Evolution of Contrails Behind Aircraft Co-PI Boeing Co. 2007 $85,000 Sensitivity Study on the Evolution of Contrails Behind Aircraft Co-PI Boeing Co. 2006 $132,190 Design and testing of adaptive washout / variable sweep morphing mechanism for swept wing tailless aircraft PI WVSGC 2006-07 $20,000 + $20K of industry cost share Sensitivity Study on the Evolution of Contrails Behind Aircraft Co-PI Boeing Co. 2005 $85,120 Aerodynamic Flow Control PI WVURC 2005-2006 $28,772 Downwash Wake Reduction for the V-22 Osprey Co-PI Bell Helicopter 2004-2006 $200,000 Wing Morphing as a Primary Flight Control for Swept Wing Tailless Aircraft PI NASA Langley 2004-2007 $72,000 Investigation of New Mechanisms in Ice Accretion PI RITA/Bell 2004 $97,800 Data Structures for Modeling in Complex Geometries PI MulPhys 2004-05 $25,959
Scientific Computations at the Undergraduate and High-School Level Co-PI National Computational Science Inst. 2004 $1500 Sensitivity Study on the Evolution of Contrails Behind Aircraft Co-PI Boeing Co. 2003-2004 $110,003 Wing Morphing of a Flying Wing PI WV NASA Space Grant Consortium 2003-2004 $1000 Investigation of New Mechanisms for Downstream Ice Roughness PI RITA/Bell 2003 $59,000 Prediction of Aircraft Ice Accretion Using Neural Net Technology PI WV NASA Space Grant Consortium 2002-2003 $1000 Circulation Control for Downwake Reduction in the V-22 Aircraft Co-PI RITA 2002-2003 $50,000 Experimental Investigation on the Use of Vortex Generators to Reduce Aerodynamic Drag For a Racing-Class Motorcycle PI WVU Senate Grant 2002 $9,996 Reduction of Aerodynamic Drag on a Racing-Class Motorcycle PI WV NASA Space Grant Consortium 2002 $25,000 Blending of CFD Tools with Ice Microphysics for Investigation of Downstream Ice Roughness PI RITA/Bell 2002 $75,000 Role of Turbulence in Chemical and Dynamical Processes in the Near Field Wake of Subsonic Aircraft Co-PI NASA 2000-2001 $109,223 E. Proposals Submitted 2012 Proposals submitted for either external or internal funding: No. Title (short from EBS) PI or Co-PI Funding Agency Period Total Funding Requested Funding Allocated to Your Tasks 1 Large-scale Scramjet Engine Test Co-PI ATK $33,000
2 40 mm Aerodynamic Configuration Trade Study PI Chemring $58,000 3 ARPA-E Wind Turbines PI ARPA-E $4.4 million Discrete Roughness Modeling PI Physical Sciences, Inc $25,000 Hybrid Projectiles III Co-PI Army $690,000 Health of Aircraft Co-PI NASA $200,000 Flush Air Data System PI NASA $200,000 UAS Aerodynamic Stability Co-PI Vista Research $30,000 MAV Aerodynamic Enhancement PI Physical Sciences, Inc $200,000 FSI Measurement PI Physical Sciences $69,000 MAV Gust Rejection PI Physical Sciences $37,000 Hovering Micromunition Co-PI Army $37,000 2011 No. Title PI or Co-PI Funding Agency Period Total Funding Requested Funding Allocated to Your Tasks 1 Tactical Sustainment and Sensor Deployment (TSSD) System PI AFRL through Phase I SBIR 26000 11000 2 Improved Dispensing of Liquid Propane Co-PI Nine Sigma 61000 13000 3 Analysis, design and testing of a passive variable-geometry vortex generator and tuned piezoelectric energy harvester Co-PI WVURC - PSCoR 48000 8000 4 Experimental learning through flight simulation for Co-PI NSF 200000 37000
Control of Contaminated Wind Turbine Blades Spring 09 NSF Not funded $300,000 Dynamic Roughness as a Mechanism for Aerodynamic Flow Control Center for Rotorcraft Innovation (CRI) 2007-2009 (pending) $328,776 Sensitivity Study on the Evolution of Contrails Behind Aircraft 2005 Boeing Funded $85,120 CAREER: Investigation of dynamic roughness for flow control of separation and transition July 2005 NSF Pending $420,664 Wing Morphing as a Primary Flight Control for Swept Wing Tailless Aircraft NASA Langley Funded $72,000 Downwash Wake Reduction for the V-22 Osprey 2004-06 Bell Helicopter Funded $200,000 Large-Eddy Simulation of Insect Flight 2005-07 NSF Not Funded $231,377 3D CFD Analysis of Aerosol Transport and Deposition 2005-07 NIH Not Funded $280,798 Investigation of New Mechanisms in Ice Accretion 2004 RITA/Bell Funded $97,800 Data Structures for Modeling in Complex Geometries MulPhys Funded $25,959 Scientific Computations at the Undergraduate and High-School Level 2004 National Computational Science Inst. Funded $1500 Sensitivity Study on the Evolution of Contrails Behind Aircraft 2003 Boeing Co. Funded $110,003 Wing Morphing of a Flying Wing 2003 WV NASA Space Grant Consortium Funded $1000 Investigation of Roughness Effects on Turbulent Boundary Layers 2003 DEPSCoR – ONR Not Funded $561,267 Investigation of New Mechanisms in Ice Accretion 2003 NSF Not Funded $447,585 Investigation of New Mechanisms for Downstream Ice Roughness 2003 RITA/Bell Funded $59,000 Prediction of Aircraft Ice 2002 WV NASA Funded $1000
Accretion Using Neural Net Technology Space Grant Consortium 3D CFD Analysis of Lung Aerosol Transport and Deposition 2002 NIH Not Funded $754,770 Circulation Control for Downwake Reduction in the Aircraft 2002 RITA Funded $50,000 Experimental Investigation on the Use of Vortex Generators to Reduce Aerodynamic Drag For a Racing-Class Motorcycle 2002 WVU Senate Grant Funded $9,996 Reduction of Aerodynamic Drag on a Racing-Class Motorcycle 2002 WV NASA Space Grant Consortium Funded $25,000 The Impact of Aircraft Contrails on the Global Radiation Balance 2002 Oak Ridge Associated Universities Not Funded $10,000 Blending of CFD Tools with Ice Microphysics for Investigation of Downstream Ice Roughness 2002 RITA/Bell Funded $75,000 Role of Turbulence in Chemical and Dynamical Processes in the Near Field Wake of Subsonic Aircraft 2001 NASA Funded $109,223 Service Activities 2012 MAE Committee Participation Check Box (X) Details (chairman or member) Promotion and Tenure Committee x Member Undergraduate ME Curriculum Committee Undergraduate AE Curriculum Committee x Member Graduate Program Committee Faculty Search Committees x Chair, Member (3 committees) Ph.D. Qualifying Examination Committee x Coordination of Exam ___(term)_____ Chairman of Area ________________ x Problems for Area(s)___Fluids_ Coordination of Mechanics Courses Course #. of Sec’s #. of Students Laboratory Committee x Member Freshman Engineering Orientation Days x Member (Spring 2012 only) High School Visitation Days x Spring 2012 only Research Day Participation
for MAE design and prototyping center) Worked with Dr. Thompson to get SolidWorks in the MAE department - 500 seats. X Comment: No. WVU Committee Participation Check Box (X) Type of participation 1 OSP Advisory Committee X Member 2 No. Name of the publication Title of the paper Other Descriptor 1 SAE AeroTech A different intermittency formulation for flow at low Reynolds numbers 2 Aeronautical Journal A first order boundary element method for unsteady incompressible flow 4 Aircraft Engineering and Aerospace Technology Effects of Ice Geometry on Airfoil Performance Using Neural Networks Prediction 5 AIAA Summer Fluid Mechanics Meeting, 2012 Reviewed 5 papers for this upcoming conference 6 AIAA Theoretical Fluid Mechanics Meeting, Summer 2011 Reviewed 6 papers for a session 7 8 Other: (indicate here………………….) Comment: I am not used to saving all of the titles of the papers I review. Will do better next year. 2009-2010 Society Name Description of Participation AIAA Senior Member, Session Organizer, Session Chair, Reviewer Sigma Xi Agency Name Service Provided US Congressional UAV Caucus Participated in the annual meeting in DC and represented WV and WVU