Faculty Directory

Marshall, Andre

Marshall, Andre

Associate Professor
Director, Fire Testing and Evaluation Center (FireTEC)
Fire Protection Engineering
Mechanical Engineering
3104H J.M. Patterson Bldg.

EDUCATION

  • University of Maryland, 1993-1996, College Park, Maryland
    Doctorate of Philosophy in Mechanical Engineering – Thermal Fluids
  • Georgia Institute of Technology, 1987-1992, Atlanta, Georgia
    Master of Science in Mechanical Engineering – Thermal Sciences
    Bachelor of Mechanical Engineering with High Honor

BACKGROUND

  • University of Maryland, 2001-Present, College Park, Maryland
    Associate Professor
    Fire Protection Engineering and Aerospace Engineering (Adjunct)
  • Rolls-Royce Corporation, 1996-2001, Indianapolis, Indiana
    Senior Project Engineer – Combustion Technology Acquisition

HONORS AND AWARDS

  • SFPE Hat’s Off Award
  • IAFSS Best Research Image Award
  • NSF CAREER Award
  • NASA AST Award for Low Emissions Advancement
  • GE Aircraft Engines Engineering Achievement Award

PROFESSIONAL MEMBERSHIPS

  • American Institute of Aeronautics and Astronautics (AIAA)
  • International Association for Fire Safety Science (IAFSS)
  • Society of Fire Protection Engineers  (SFPE)

Dr. Marshall’s research is focused on characterizing turbulent flow transport in fires and flames using advanced diagnostics and models. Current flows of interest include unconfined and bounded fire plumes and fire suppression sprays.  Dr. Marshall is applying scale-modeling principles to the plume dispersion problem in his DOJ sponsored research to develop small-scale test methods for fire investigation and forensic analysis.  As part of his NSF CAREER Award and research sponsored by FM Global, Dr. Marshall is developing state-of-the art experimental methods and modeling techniques to analyze sprinkler discharge characteristics.  Dr. Marshall is also very active in propulsion research.  Currently he is performing an experimental investigation to characterize near-wall mixing and heat transfer along film cooled propulsion surfaces in support of the NASA Moon-Mars Crew Exploration Vehicle development.  He is also characterizing atomization in fuel injection sprays as part of his NSF CAREER research.  Additional information about Prof. Marshall, his research team, and their activities is provided below.

In addition to his research activities, Dr. Marshall directs the Fire Testing and Evaluation Center (FireTEC) at University of Maryland.  This center performs a wide variety of small and medium scale testing to support clients with interests ranging from fire investigation to product development and evaluation.  Additional information about the FireTEC mission, labs, capabilities and activities is provided below.


 

  • Ren, N., Blum, A. F., Zheng, Y. H., Do, C. and Marshall, A. W., “Quantifying the Initial Spray from Fire Sprinklers,” Fire Safety Science - Proceedings of the Ninth International Association of Fire Safety Science, IAFSS, Karlsruhe, Deutschland, Accepted, 2008.
  • Wu, D., Guillemin, D., and Marshall, A. W., “A Modeling Basis for Predicting the Initial Sprinkler Spray,” Fire Safety Journal, Vol. 42, pp. 283-294, 2007.
  • Yao, X., and Marshall, A. W., “Quantitative Salt-Water Modeling of Fire Induced Flows for Convective Heat Transfer Model Development,” ASME Journal of Heat Transfer, Vol. 129, pp. 1373-1383, 2007.
  • Cruz, C. A. and Marshall, A. W., “Surface and Gas Phase Temperature Measurements Along a Film Cooled Wall”, AIAA Journal of Thermophysics and Heat Transfer, Vol. 21, pp. 181-189, 2007.

Selected Lectures

  • Marshall, A. W., “Advances in Water-Based Fire Suppression Modeling: Evaluating Sprinkler Discharge Characteristics,” International Fire Sprinkler Conference, Copenhagen, Denmark, 2008.
  • Marshall, A. W., “Quantitative Analysis of Fire Induced Convective Transport via the Salt-Water Analogy,” The Combustion Institute (UK Section), London, United Kingdom, 2005.

UMD displays leadership role at IAFSS Symposium

Multiple FPE researchers recognized at international fire conference in Sweden.

FPE Department Featured on NSTA Blog

March Career of the Month: Fire Protection Engineer

FPE student papers accepted at Combustion Symposium

5 Fire PhD students had their papers accepted into the 36th International Symposium on Combustion in Seoul. 

Marshall Group Fire Safety Modeling System Highlighted by SFPE

Cyber Physical System development was supported by the Chief Donald J. Burns Memorial Research Grant.

Myers Wins All S.T.A.R. Fellowship

Ph.D. candidate recognized for excellence in research and education.

Myers Joins Future Faculty Program

Program prepares graduate students for a career in academia.

UMD Clark School Highlights Disaster Resilience at Mpact Week

Five-day event focused on role of engineers in disaster prevention, mitigation, and response.

FPE Professors Highlight Work on Fire Resilence

Presentations part of Mpact Week's Multi-hazard Resilience session.

Fire Protection Engineering PSAs Promote Campus Fire Safety (VIDEO)

Marshall and FPE undergraduates produce three videos for free distribution.

FPE at IAFSS 11

Faculty members elected to leadership roles; research image wins award.

Prof. Gollner and Marshall Receive Dept. of Homeland Security Grant on Green Buildings

The grant is grant on the Quantification of Green Building Features on Firefighter Safety.

SFPE Engineering Technology Conference and Annual Meeting

The Dept. of Fire Protection Engineering will be well represented at the Austin, TX conference.

Marshall Spray Systems Research Earns Grants

Fire protection engineering professor and colleagues to quantify fire-spray interactions, form company.

Clark School Wins Major Research Instrumentation Awards

NSF funding for research to improve spray technology, creation of x-ray center for nano research.

Profs. Marshall and Trouve to receive NASA funding

Profs. Marshall and Trouve to contribute to $7.8M/year research project, 20 universities involved.

Four Faculty Earn NSF CAREER Awards

Martins, Yu, Aranda-Espinoza and Marshall selected for 2007 grants.