Investigation on influencing parameters of vapor cloud explosion
October 10, 2023 @ 3:00 pm - 3:30 pm CEST
This presentation is part of the 2023 FLUG Meeting.
Presentation recording request
Fill in the form below to access the presentation recording.
About the presentation
Title: Investigation on influencing parameters of vapor cloud explosion
FLACS is utilised to investigate the occurrence of unexpected peak overpressures immediately after ignition at substantial distances from the ignition point before the peak pressure within the flammable cloud is attained. This phenomenon was identified during simulations of stoichiometric flammable cloud ignitions under default boundary conditions advised by Gexcon.
About the speaker
Sai Mahith Thummaluru (BASF)
Sai Mahith Thummaluru is a Research Engineer in the Process Safety Engineering department at BASF in Ludwigshafen, Germany. An alumnus of Hochschule Stralsund with a Master’s in Mechanical Engineering, he has been contributing to BASF’s safety protocols for over two and a half years. With more than four years of experience utilizing FLACS, Sai Mahith’s expertise reinforces safety measures and innovative solutions within the chemical industry.
Other 2023 FLUG Meeting presentations
>> H2 risk in nuclear power plant – Use of FLACS-Hydrogen R&D activities
>> FLACS R&D and the energy transition
>> Geometry modelling in FLACS
>> The developments in FLACS-Fire
>> Launching the new validation approach and GUI
>> The Gexcon X-suite combined usage possibilities
>> Dispersion simulations from extreme release cases in confined spaces
>> A comparative study: Various modeling approaches for accidental release of ammonia
>> Accumulation of flammable hydrogen in a closed room with Forced Air Re-circulation
>> The practical use of FLACS for EDF nuclear safety demonstration – User perspective
>> Investigation on influencing parameters of vapor cloud explosion
>> Thermal runaway of batteries simulation with FLACS
>> FLACS comparison with an H2-air confined explosion experiment
>> Risk management in a containerized metal hydride storage system