| ABOUT US |
Our People :: Thomas B. Curbishley |
|
|
|
Mr. Thomas B. Curbishley, Associate
Tel.: 609.538.0444 ext 113
|
Background
|
- Joined CDI in 1988
- Five years in CAD/CAM software design for spacecraft applications 1983-88
- B.S. in Mechanical Engineering, Rutgers Univ. 1983
|
|
Research Interests
|
Mr. Curbishley plans and manages the company's computer systems and networks, and develops computer software, with primary emphasis on graphics, user interface
and control. He developed the user interface and control software for the "Autohaler" robotic inhaler testing system. Field tests to his credit include aerial
agricultural spray tests for the Forest Service, wake characterization of F-4, F-15, and F-16 jet aircraft, the investigation of aerodynamic download reducing
methods for tilt-rotor aircraft using Princeton University's 4' x 5' wind tunnel, the testing of vortex-trapping panels on a tractor-trailer in the NASA
Ames' 80' x 120' wind tunnel, and meteorological data acquisition for studies conducted by the Spray Drift Task Force, a group concerned with agricultural spray
drift. He has also played a key role in the development and maintenance of several of CDI's aerial spray drift models - e.g., FSCBG, AGDRIFT, FJSIM, and CJSIM -
and has led development of graphical user interfaces for CDI's aerospace design and analysis tools - e.g., LDTRAN and CHAFF. His recent work has included support
and test direction for numerous experimental studies of advanced debris strainers for nuclear power plant applications.
|
Selected Publications
- "FSCBG: The Forest Service Aerial Spray Dispersion Complete-Wake Model," Resource Technology 90, Washington, D.C., November 1990 (with M.E. Teske, J.W. Barry and R.B. Ekblad).
- "Spray Dispersion Visualization Using FSCBG 4.0," ASAE Paper No. 911051, Albuquerque, NM, June 1991 (with M.E. Teske and J.W. Barry) .
- "FSCBG 4.0 Aerial Spray Model," ASAE Paper No. 921069, Charlotte, NC, June 1992 (with P.J. Skyler, M.E. Teske and J.W. Barry).
- "Validation of the CASPR Spray Aircraft Efficiency Model," Applied Engineering in Agriculture, Vol. 9, pp. 199-203, 1993 (with M.E. Teske and J.W. Barry).
|
|