Design ;analysis and construction of Stirling Engines.
http://www.ent.ohiou.edu/~urieli/stirling/engines/gamma.html

Some consulting was done with the cooperation of Professor K. Lambrakis that resulted in a number of technical reports to the clients which were of proprietary nature and therefore non-publishable.

He has been involved in litigation cases as an expert witness along with Professors K.C. Lambrakis and J. Sarris.

Reserch on theory & analysis of Stirling Engines.  Research on the theory and use of Chauvenet’s and Pierce’s Criterion for the elimination of data “outliers”.  Resulted in published, refereed paper, 2003.Attendance at ASEE conference, 2003, for curriculum and course development.

Curriculum development for course EAS112, Methods of Engineering Analysis & EAS224, Fluid-Thermal Systems.

Ph.D. Mechanics, The Johns Hopkins University.
B.S. Mechanical Engineering, New York University.

"Peirce's Criterion"

“Applied C:  An Introduction and More”, co-author, McGraw-Hill, 2001

“Pierce’s Criterion for the Elimination of Suspect Experimental Data”, J. Engr. Technology, Fall-2003

Excel Application Notes for Engineering & Science, 2006

Applied C:  An Introduction and More, 2003.

Peirce’s Criterion for the Elimination of Suspect Experimental Data, 2003.

Interface and Control of Mechanical Devices, 2004 (lab manual update).

• ME 301 - Thermodynamics I
• ME 321 - Incompressible Fluid Flow
• ME 330 - Fundamentals of Mechanical Design
• ME 404 - Heat & Mass Transfer
• ME 415 - Thermo/Fluids Laboratory
• ME 431/432 - Mechanical Engineering Design I & II
• ME 630 - Advanced Fluid Mechanics
• EAS112 - Methods of Engineering Analysis
• EAS224 - Fluid-Thermal Systems