A Shuffled Complex Evolution (SCE) optimization routine was used to determine parameters based on some parameters being known (i.e., measured) and others being determined through optimization and different combinations of types of input data. The results indicate that material testing should be done at three different heating rates in a thermogravimetric analyzer (TGA) and at three different heat fluxes in the cone calorimeter. The TGA tests and two cone calorimeter tests are input into the SCE optimization routine to determine the remaining parameters. The third cone calorimeter test is used to validate the parameters determined using the methodology. The method provides parameters within 20 percent of the actual parameters input into the Fire Dynamics Simulator (FDS) virtual experiment models. This method is applied to Polymethyl methacrylate (PMMA) experimental data to prove effectiveness. (publisher abstract modified)
Downloads
Similar Publications
- Identifying the Scope and Context of Missing and/or Murdered Indigenous Persons (MMIP) in New Mexico and Improving MMIP Data Collection, Analysis, and Reporting
- Engineering a Replicative DNA Polymerase for Accurate Bypass of Damaged DNA
- Randomized Clinical Trial Pilot Study of Prolonged Exposure Versus Present Fcentred affect regulation therapy for PTSD and anger problems with male military combat veterans