This course is an introduction to the theory and applications of Shell FRED 2022. It will cover all the existing consequence modelling scenarios within the software, including source term modelling, pool formation, gas dispersion, jet and pool fires, impinging fires, vessel burst smoke ingress in buildings/temporary refuge, and explosion scenarios in congested and/or confined areas.
This course covers the standard modules in FLACS, validations, explosion mitigation, QA, and probabilistic risk analysis (Including a FLACS-Risk demonstration).
Este curso é uma introdução à teoria e aplicações do software de modelagem de consequências tridimensional FLACS.
This course is aimed at introducing the principles of consequence modelling and EFFECTS user interface and giving an overview of all the models available within the software: release, pool evaporation, fire, explosion, dispersion, damage, and combined models.
Learn how to perform safety studies more efficiently using EFFECTS consequence analysis software and RISKCURVES QRA tool.
This course covers the standard modules in FLACS, validations, explosion mitigation, QA, and probabilistic risk analysis (Including a FLACS-Risk demonstration).
This course covers the standard modules in FLACS, validations, explosion mitigation, QA, and probabilistic risk analysis (Including a FLACS-Risk demonstration).
This course is aimed at introducing the principles of consequence modelling and EFFECTS user interface and giving an overview of all the models available within the software: release, pool evaporation, fire, explosion, dispersion, damage, and combined models.
Learn how to perform safety studies more efficiently using EFFECTS consequence analysis software and RISKCURVES QRA tool.
This online course covers the standard modules in FLACS, validations, explosion mitigation, QA, and probabilistic risk analysis (Including a FLACS-Risk demonstration).
This course is aimed at introducing the principles of consequence modelling and EFFECTS user interface and giving an overview of all the models available within the software: release, pool evaporation, fire, explosion, dispersion, damage, and combined models.
Learn how to perform safety studies more efficiently using EFFECTS consequence analysis software and RISKCURVES QRA tool.
This online course covers the standard modules in FLACS, validations, explosion mitigation, QA, and probabilistic risk analysis (Including a FLACS-Risk demonstration).
This course is aimed at introducing the principles of consequence modelling and EFFECTS user interface and giving an overview of all the models available within the software: release, pool evaporation, fire, explosion, dispersion, damage, and combined models.
Learn how to perform safety studies more efficiently using EFFECTS consequence analysis software and RISKCURVES QRA tool.
This course is aimed at introducing the principles of consequence modelling and EFFECTS user interface and giving an overview of all the models available within the software: release, pool evaporation, fire, explosion, dispersion, damage, and combined models.
Learn how to perform safety studies more efficiently using EFFECTS consequence analysis software and RISKCURVES QRA tool.
This course aims to introduce the principles of consequence analysis and give an overview of all the models available within EFFECTS: release, pool evaporation, fire, explosion, dispersion, damage, and combined models.
Learn how to perform safety studies more efficiently using EFFECTS consequence analysis software and RISKCURVES QRA tool.
This course is aimed at introducing the principles of consequence modelling and EFFECTS user interface and giving an overview of all the models available within the software: release, pool evaporation, fire, explosion, dispersion, damage, and combined models.
Learn how to perform safety studies more efficiently using EFFECTS consequence analysis software and RISKCURVES QRA tool.
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