Education
Ph.D. student in Combustion Engineering, University of Wisconsin (2008) Thesis: Soluble Organic Fraction Characterization as a Function of Fuel and Combustion Type and the Impact on Soot Oxidation Kinetics
Andrea is a Post Graduate Research Fellow and has been working with FEERC since 2004. She is completing her PhD research at Oak Ridge National Laboratory in association with the University of Wisconsin Engine Research Center. Andrea’s main focus is the soluble organic fraction of diesel particulate emissions – their composition and impact on soot oxidation kinetics. She is also involved in several fuels and advanced combustion projects.
- Member of the Diesel Cross Cut CLEERS DPF Group
- Member of the Society of Automotive Engineers
- Member of AICHE, ACS, ASME
Selected Publications
Strzelec, A., Rutland, C.J., Foster, D.E. and He, Y. Development of a System-Level Soot-NOx Trap Aftertreatment Device Model. SAE 2006-01-3287.
Strzelec, Andrea Development of a System Level Four Way Catalyst Aftertreatment Model, MS Thesis, University of Wisconsin-Madison, 2006.
Kapparos, D.J., Brahama, I., Strzelec, A., Rutland, C.J., and Foster, D.E. Integration of Diesel Engine, Exhaust System, Engine Emissions and Aftertreatment Device Models. SAE 2005-01-0947.
Selected Presentations
Strzelec, A., Daw, C. S., Foster D., and Rutland, C. Investigations of the Soluble Organic Fraction of PM on Diesel Particulate Oxidation Kinetics. Diesel Cross Cut Presentation (2007).
Strzelec, A., Daw, C. S., Foster D., and Rutland, C. Method Development: Identification of the Soluble Organic Fraction of DPF Soot. DEER (2007).
Sluder, C. S., Strzelec, A., Daw, C. S., Foster D., and Rutland, C. Effects on Emissions Control Technologies. DOE National Laboratory Merit Review & Peer Evaluation at Argonne National Laboratory ( Argonne, IL; May 2007).
Strzelec, A., Daw, C. S., Foster D. and Rutland, C. Microreactor Investigations of the Oxidation of Diesel and Model Soots. Tenth CLEERS Workshop (2007).
Strzelec, A., Daw, C. S., Foster D. and Rutland, C. Microreactor Investigations of the Oxidation of Diesel and Model Soots. Tenth CLEERS Workshop (2007).
Strzelec, A., Daw, C. S., Foster D. and Rutland, C. Investigations of the Soluble Organic Fraction of PM on Diesel Particulate Oxidation Kinetics. NASCRE (2007).
Strzelec, A., Daw, C. S., Foster D., and Rutland, C. Investigations of the Soluble Organic Fraction of PM on Diesel Particulate Oxidation Kinetics. DOE National Laboratory ACE Merit Review & Peer Evaluation at Argonne National Laboratory ( Argonne, IL; May 2006).
Strzelec, A., Foster D. and Rutland, C. Development of a System-Level Soot-NOx Trap Aftertreatment Device Model. SAE Fuels & Lubes (2006).
Strzelec, A., Foster D. and Rutland, C. Development of a DPNT Hybrid Model. Ninth CLEERS Workshop (2006).
Strzelec, A., Blint, R., Muntean, G. Status of the DPF Mapping Protocol. Eighth CLEERS Workshop (2005).
Strzelec, A., Kapparos, D., Brahama, I., Foster D., and Rutland. C. Wisconsin Aftertreatment System Model. Seventh CLEERS Workshop, (2004). |
