DTU Fire Lab
DTU Fire Lab Presented by Grunde Jomaas MiB Laboratories FIRE EDUCATION & RESEARCH Evacuation LAB Fire LAB Data LAB Anne Dederichs Grunde Jomaas Luisa Giuliani Test and monitoring Test and monitoring A Assessment Methods t M th d Comp tational Tools Computational Tools DTU Civil Engineering, Technical University of Denmark DTU Building 122 DTU Civil Engineering, Technical University of Denmark DTU Civil Engineering, Technical University of Denmark Building DTU Civil Engineering, Technical University of Denmark Fire Lab DTU Civil Engineering, Technical University of Denmark Student Laboratory y DTU Civil Engineering, Technical University of Denmark Large g Exhaust Hood DTU Civil Engineering, Technical University of Denmark Work Benches with ventilation DTU Civil Engineering, Technical University of Denmark Cone Calorimeter DTU Civil Engineering, Technical University of Denmark Flame Diagnostics McKenna Burner DTU Civil Engineering, Technical University of Denmark Schlieren Imaging Objectives • Laboratory L b t classes l – Fire Chemistry and Fire Dynamics (both current) – 3-week period (future) – Fire Risk Assessment Laboratory (future) • Student and faculty research – Bachelor Thesis (current) ( ) – Master Thesis (future) – Ph.D. Thesis (future) • Small scale testing for external stakeholders DTU Civil Engineering, Technical University of Denmark Future • Enhance material testing capabilities • Improve p exhaust g gas analysis y part p • Enable a wider range of student research • Establish E t bli h a full f ll laboratory l b t class l • Inputs from externals are encouraged • Sponsors are welcomed • Funding is needed DTU Civil Engineering, Technical University of Denmark
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