Pietrzak, L. M.; Johanson, G. A.; Ball, J. A.
view article (8.905932)
Physically Based Fire Suppression Computer Simulation for Post-Flashover Compartment Fires. Volume 3. Simulation Formulation, Software Documentation and Experimental Requirements. October 1983-March 1986.
Mission Research Corp., Santa Barbara, CA
Federal Emergency Management Agency, Washington, DC; Swedish Fire Research Board, Stockholm, Sweden; National Bureau of Standards, Gaithersburg, MD,
MRC-R-846,
March 1986,
359 p.
Pietrzak, L. M.
view article (8.905932)
Improvements to the Water Vaporization and Surface Cooling Calculations in the Fire Demand Model.
Toyon Research Corp., Goleta, CA
Technical Research Center of Finland Fire Technology Laboratory, Espoo; Swedish Fire Research Board, Stockholm, Sweden,
196C0100; Project 6-196,
December 1993,
75 p.
Pietrzak, L. M.; Ball, J. A.
view article (8.905932)
Physically Based Fire Suppression Computer Simulation: Definition, Feasibility Assessment, Development Plan and Applications.
Mission Research Corp., Santa Barbara, CA
Swedish Fire Research Board, Stockholm, Sweden,
MRC-R-732,
April 1983,
342 p.
Pietrzak, L. M.; Ball, J.; Barnard, J.; Johnson, S. K.; Lamar, P.; Schleich, O.; Rogers, S.; Rosenhan, K.
view article (8.905932)
Decision Related Research on Equipment Technology Utilized by Local Government: Fire Suppression. Phase 2. Research and Project Data Report.
Mission Research Corp., Santa Barbara, CA
Swedish Fire Research Board, Stockholm, Sweden,
NSF/RA-770207,
October 1977,
407 p.
Pietrzak, L. M.
view article (8.899525)
Identifying Applications and Enhancing the Utilization of Fire Related Models. A Concept Paper.
Mission Research Corp., Santa Barbara, CA
Concept Paper,
July 1978,
50 p.
Pietrzak, L. M.; Patterson, W. J.
view article (8.899525)
Effect of Nozzles on Fires Studied In Terms of Flow Rate, Droplet Size.
Mission Rescue Corp., Santa Barbara, CA; Santa Barbara County Fire Dept., CA
Fire Engineering,
Vol. 132,
No. 12,
26-28,33,
Decmeber 1979
Pietrzak, L. M.; Ball, J. A.
view article (8.899525)
Optimizing the Mobility and Fire Suppression Performance of Fire Engines Using Physically Based Computer Simulations.
Mission Research Corp., Santa Barbara, CA
FoU-brand,
1-5,
January 1979
May 1978,
33 p.
Pietrzak, L. M.; Dale, J. J.
view article (8.899525)
User's Guide for the Fire Demand Model: A Physically Based Computer Simulation of the Suppression of Post-Flashover Compartment Fires.
Mission Research Corp., Santa Barbara, CA
National Institute of Standards and Technology, Gaithersburg, MD,
NIST GCR 92-612; MRC-R-1364,
79 p.
Pietrzak, L. M.; Dale, J. J.
view article (8.899525)
Post-Flashover Compartment Fire Suppression Test Design Using the Fire Demand Model. Final Report.
Mission Research Corp., Santa Barbara, CA
Swedish Fire Research Board, Stockholm, Sweden,
MRC-N-835; Final Report,
January 1989,
22 p.