Published journal articles

1. Lugowski, J. (1988). Harmonic-Drive-Getriebe selbst bauen  [How to Build a Harmonic Drive]. Werkstatt und Betrieb 121, No. 2, pages 109-111.
2. Lugowski, J. (1985). Adaptives Grenzregelsystem einer Flachschleifmachine [An Adaptive Constraint Control System for a Surface Grinder]. Werkstatt und Betrieb 118, No. 4, pages 201-204.    
3. Lugowski, J. (1992). Flow Force Compensation in a Hydraulic Valve. Sterowanie i Naped Hydrauliczny [Hydraulic power and Control], Vol. 12, No. 2, p. 22 (in Polish).
4. Lugowski, J. (1991). Flow forces in a Spool-Type Hydraulic Valve. Sterowanie i Naped Hydrauliczny [Hydraulic power and Control], Vol. 11, No. 6, pages 15-20 (in Polish).

Reviewed conference proceedings (with presentation)

1. Lugowski, J.T. (2003). Design Class Projects in Fluid Power. Proceedings of the American Society for Engineering Education (ASEE) – Annual Conference, June 22-25, CD-ROM - Session 3648, 10 msp. Nashville, Tennessee.
2. Lugowski, J.T. (2003). Critical-Thinking Approach to Teaching Mechanical Engineering. Proceedings of the ASEE– Annual Conference, June 22-25, CD-ROM - Session 3449, 4 msp. Nashville, Tennessee.
3. Lugowski, J.T. (2003). Introducing State-Of-The-Art Technology Into Fluid Power Laboratory. Proceedings of the ASEE – IL/IN Sectional Conference, April 4-5, - Session 2C, 4 msp. Valparaiso, Indiana.
4. Lugowski*, J.T., Widmer*, S.E. (2002). Problem Based Learning of Data Acquisition and Computer-Based Control Applications in MET Courses. Proceedings of the ASEE – Annual Conference, June 16-19, CD-ROM - Session 2359, 11 msp. Montreal, Quebec.
5. Lugowski, J.T. (2002). Development of a Competency-Based Introductory Course in Fluid Power. Proceedings of the ASEE – Annual Conference, June 16-19, CD-ROM - Session 1449, 8 msp. Montreal, Quebec.
6. Lugowski, J.T. (2002). Good Problems for Fluid Power and Controls Courses. Proceedings of the ASEE – IL/IN Sectional Conference, April 11-12, (pages 217-221). Chicago, Illinois.
7. Lugowski, J.T. (2001). Using Rapid Prototyping to Integrate Design into a Course. Proceedings of the ASEE – Annual Conference, June 24-27, CD-ROM - Session 2650, 11 msp. Albuquerque, New Mexico.
8. Lugowski, J.T. (2001). Mastering a LabVIEW Program within one Lab Session. Proceedings of the ASEE – IL/IN Sectional Conference, March 29-31, 5 msp. Session S4-4. West Lafayette, Indiana.
9. Denton*, N. L., Lugowski*, J., Knoll, J. (2000). Evaluation of an Industry Project in a Freshman Course. Proceedings of the ASEE – Annual Conference, June 18-21, CD-ROM - Session 2647, 9 msp. St. Louis, Missouri.
10. Lugowski, J. (2000). Static-Pressure Measurements in the Orifice of a Hydraulic Valve. Proceedings of the American Society of Mechanical Engineers (ASME)  - Fluids Engineering Division Summer Meeting, June 11-15, CD-ROM paper No. FEDSM2000-11124, 5 msp. Boston, Massachusetts.
11. Lugowski, J. (1999). One of the Mysteries in Fluid Mechanics. American Society for Engineering Education (ASEE) – Annual Conference, June 20-23, CD-ROM - Session 3548, 5 msp. Charlotte, North Carolina. This paper received a “Best Session Paper Award.”
12. Lugowski, J. (1993). The Origin of the Flow Force in Hydraulic Valves. Proceedings of the 8th International Conference on Pneumatics and Hydraulics, pages 390-395 (in German). Miskolc, Hungary.
13. Lugowski, J. (1993). The Source of the Flow Force in Hydraulic Piston Valves. Proceedings of the 9th Conference on Hydraulics and Pneumatics, pages 373-378 (in German). Dresden, Germany.
14. Lugowski, J. (1993). Experimental Investigations of the Origin of Flow Forces in Hydraulic Piston Valves. In N. Way (Ed.), Proceedings of the International Conference on Fluid Power—the Future for Hydraulics, Brugge, Belgium, pages 233-244. London: Mechanical Engineering Publications Ltd.
15. Lugowski, J. (1991). Flow Force Compensation in a Hydraulic Piston Valve. Proceedings of the 22nd Midwestern Mechanics Conference, pages 503-504. Rolla: University of Missouri-Rolla.
16. Lugowski, J. (1991). Flow Forces in a Spool-Type Hydraulic Valve. Proceedings of the 22nd Midwestern Mechanics Conference, pages 374-375. Rolla: University of Missouri-Rolla.
17. Batsch, A.* and Lugowski*, J. (1985). Dynamic Characteristics of the Hydrostatic Bearing as a Measuring Sensor. Proceedings of the 6th Conference on Hydraulics and Pneumatics, pages 561-566 (in German). Magdeburg, Germany.
18. Lugowski, J. (1983). A Hydraulic Piston Valve with a Strongly Compensated Flow Force. Proceedings of the 5th Conference on Hydraulics and Pneumatics, pages 602-606 (in German). Dresden, Germany.
19. Batsch*, A. and Lugowski*, J. (1981). Flow Force in a Piston Valve. Proceedings of the 4th Conference on Hydraulics and Pneumatics, pages 498-504 (in German). Magdeburg, Germany.
20. Lugowski, J. (1980). An Analogue Model of an Adaptive Constraint Control System of a Surface Grinder. Proceedings of the International Conference on Adaptive Control in Mechanical Engineering AC’80, pages 184-193 (in Polish). Rydzyna, Poland.
21. Lugowski, J. (1977). An Adaptive Constraint Control (ACC) System of a Surface Grinder. Proceedings of the Mechanical Engineering Committee of the Polish Academy of Sciences, pages 31-36 (in Polish). Rzeszow, Poland.

Published abstracts

1. Lugowski, J. (2002). Fluid Power Education at Purdue. ASME Fluid Power Systems and Technology Division Newsletter, page 9. Spring edition.
2. Lugowski, J. (1988). A Hydrostatic Bearing. Machine Design, September 8, page 36.

Patents

1. Batsch*, A., and Lugowski*, J. (1986). Polish patent No. 131831. Testing Equipment for the Perforating Machine. Warsaw, Poland. Patent Office.
2. Lugowski, J. (1986). Polish patent No. 141196. A Harmonic Drive. Warsaw, Poland. Patent Office.
3. Lugowski, J. (1985). Polish patent No. 135336. A Sealing Diaphragm for Hydraulic Control Valves. Warsaw, Poland. Patent Office.
4. Lugowski, J. (1984). Polish patent No. 133716. A Hydrostatic Bearing. Warsaw, Poland. Patent Office.
5. Lugowski, J. (1984). Polish patent No. 133718. A Hydrostatic Bearing. Warsaw, Poland. Patent Office.
6. Lugowski, J. (1984). Polish patent No. 133723. A Metering Valve. Warsaw, Poland. Patent Office.
7. Lugowski, J. (1984). Polish patent No. 133717. A Hydrodynamic Bearing. Warsaw, Poland. Patent Office.
8. Batsch*, A., Lugowski*, J. (1981). Polish patent No. 123378. A Hydraulic Valve with a Strongly Compensated Flow Force. Warsaw, Poland. Patent Office.
9. Batsch*, A., Oczos*, K., and Lugowski*, J. (1981). Polish patent No. 110882. Perforating Machine for Plastic Tubes. Warsaw, Poland. Patent Office.
10. Batsch*, A., and Lugowski*, J. (1980). Polish patent No. 113308. An ACC System of a Surface Grinder. Warsaw, Poland. Patent Office.                     

International lecture

1. Flow Force in Hydraulic Valves, Institute for Fluid Power Drives and Controls  (IFAS) at Aachen University (RWTH), Germany. Professor Lugowski presented his research of flow forces in hydraulic valves (in 2003).

Locally published instructional materials

1. Fletcher*, R.D., Lugowski*, J.T. and Stern*, H. (2002). Fluid Power. Facilitator Guide. 159 pages. National Center of Excellence for Advanced Manufacturing Education, Sinclair Community College, Dayton, Ohio.
2. Lugowski*, J.T., Hutzel*, W.J. and Denton, N.L. (2002). Controls And Instrumentation For Automation, MET 382 Laboratory Manual. Spring 2003 Edition, 147 pages. Mechanical Engineering Technology, Purdue University, West Lafayette, Indiana: Copymat.
3. Lugowski, J.T. 2009. MET 334 Advanced Fluid Power Laboratory Manual. 84 pages. Mechanical Engineering Technology, Purdue University, West Lafayette, Indiana: BoilerCopyMaker.
4. Lugowski, J.T. 2009. MET 432 Hydraulic Control Motion systems Laboratory Manual. 78 pages. Mechanical Engineering Technology, Purdue University, West Lafayette, BoilerCopyMaker.
5. Lugowski, J.T., Widmer, S.E.(2009). MET 230L Fluid Power Laboratory Manual. 127 pages. Mechanical Engineering Technology, Purdue University, West Lafayette, IN: Learning Systems.
6. Lugowski, J. (1992). Obrabiarki. Laboratorium [Laboratory of Machine Tools] 2nd ed. upgraded, 109 pages. Department of Mechanical Engineering, Rzeszow, Poland: Rzeszow University of Technology Press.