Releases: MaCFP/macfp-db
SCRIPT_FIGURES
Host figures generated by plotting scripts.
MaCFP-3
Workshop Presentations
Welcome remarks and summary of outcomes from MaCFP-2 Summary of MaCFP Target Fire Phenomena (B. Merci, A. Trouvé)
NIST-Waterloo-Pool-Fires configuration (presentation of results and open discussion) (T. Beji, R. Falkenstein-Smith)
FM-Burner configuration (presentation of results and open discussion) (N. Ren, G. Xiong)
NIST-Gasification-Apparatus configuration (presentation of results and open discussion) (J. Floyd, B. Husted)
UMD-SBI configuration (presentation of results and open discussion) (D. Chaudhari, A. Snegirev)
NIST-Parallel-Panel configuration (presentation of results and open discussion) (L. Arnold, K. McGrattan)
Radiative Heat Transfer Phenomena subgroup (F. Brännström, S. Hostikka)
Summary of Outcomes of MaCFP-3 Next steps, future MaCFP meetings, concluding remarks (I. Leventon, R. McDermott)
Pre-workshop Guidelines for Participation
On March 23, 2023 the MaCFP Organizing committee organized a virtual meeting to summarize the Target Experiments and Modeling Guidelines for the upcoming MaCFP-3 Workshop (October 22, 2023; Tsukuba, Japan). This virtual meeting provided:
- An Overview of the Measurement and Computation of Fire Phenomena (MaCFP) Working Group
- A Timeline of Events in Preparation for the MaCFP-3 Workshop
- A Summary of the Experimental Measurements and Modeling targets of each of the MaCFP-3 Target Cases:
- Gas-Phase Modeling: Pool Fires & Gaseous Burner flames
- Condensed-Phase Modeling: Material property set validation exercise
- Coupled Modeling (Gas- and Condensed-Phase): Fire growth: 1.46 m tall corner wall& 2.44 m tall parallel panels
Target Experiments and Modeling Guidelines for the upcoming MaCFP-3 Workshop
A recording of this virtual meeting is available: Video Recording of the MaCFP-3 Target Experiments and Modeling Guidelines (Virtual Meeting Presentation)
A .pdf copy of the presentation slides shared at this virtual meeting is available:
MaCFP-3 Target Experiments and Modeling Guidelines (Virtual Meeting Slides)
Guidelines for Participation in the MaCFP-3 Workshop
Thorough descriptions of the experimental experiments considered in the MaCFP-3 workshop and related workshop timelines and guide for communicating results is available: Guidelines_for_Participation_MaCFP3.pdf
Pyrolysis Model Validation (PMMA)
The MaCFP Condensed Phased Subgroup organized a pyrolysis model validation exercise to recommend a material property set for use in MaCFP-3 fire growth simulations. Experimental measurements, the results of this pyrolysis model validation exercise, and a recommended material property set were shared in a series of virtual meetings . Further details are available online.
Submission of Computational Results
A wiki page with instructions for submitting computational results can be found here.
A video discussing the process is available as an asset to this release here.
MaCFP-1 Gas Phase Subgroup
Untracked files for MaCFP-1 Gas Phase Subgroup workshop, June 10, 2017, Lund
Welcome remarks and general presentation of MaCFP (B. Merci, J. Torero, A. Trouvé)
Review of current standards for CFD verification and validation (R. McDermott, A. Trouvé)
Case 1: Turbulent buoyant plumes (A. Brown, M. Gollner)
Case 2: Turbulent pool fires with gaseous fuel (J. Hewson, B. Merci)
Case 3: Turbulent pool fires with liquid fuel (B. Weckman, A. Trouvé)
MaCFP-2 Gas Phase Subgroup
Untracked files for MaCFP-2 Gas Phase Subgroup workshop, April 2021.
Program, Introduction and Concluding Remarks
Case 1: Sandia Helium Plume
Sandia National Laboratories Experimental Presentation (audio and video)
Summary of Computational Results (Randall McDermott, NIST)
Sandia National Laboratories Computational Results Presentation
Ghent University Computational Results Presentation
NIST Computational Results Presentation (Cartesian)
NIST Computational Results Presentation (Unstructured)
Cases 3a and 3b: Waterloo Methanol and NIST Pool Fires
University of Waterloo Case 3a Experimental Presentation (audio and video)
NIST Case 3b Experimental Presentation (audio and video)
Summary of Computational Results (Arnaud Trouvé, University of Maryland)
University of Maryland Computational Results Presentation
Ghent University Case 3a Computational Results Presentation
Ghent University Case 3b Computational Results Presentation
University of Warwick Case 3b Computational Results Presentation
FM Global Computational Results Presentation (prescribed mass loss)
FM Global Computational Results Presentation (predicted mass loss)
University of New South Wales Computational Results Presentation
Sandia National Laboratories Computational Results Presentation
NIST Case 3a Computational Results Presentation
NIST Case 3b Computational Results Presentation
Direction R&D EDF and Aix-Marseille Université Case 3a Computational Results Presentation
Cases 5: FM Burner
FM Global Experimental Presentation (audio and video)
Summary of Computational Results (Bart Merci, Ghent University)
Ghent University Computational Results Presentation
NIST Computational Results Presentation
University of Maryland Computational Results Presentation
University of Connecticut Computational Results Presentation
University of Wuppertal Computational Results Presentation (post-workshop submission)