An enhanced weighted essentially non-oscillatory high order scheme for explosion modelling

An enhanced weighted essentially non-oscillatory high order scheme for explosion modelling

Jr. de Sena Ferreira Elmo, Savio Souza Venancio Vianna

ARTIGO

Inglês

Agradecimentos: Thanks are due to CAPES grant number 33003017034-P8 for the financial support and CENAPAD-SP (National Centre for High Performance Computing in Sao Paulo, Brazil)

Physical explosion causes large damages in the process industry and quite often escalates to chemical explosions. The shock waves generated by such events are challenging to model and they must be numerically captured without spurious oscillations in order to make an accurate estimative of the...

COORDENAÇÃO DE APERFEIÇOAMENTO DE PESSOAL DE NÍVEL SUPERIOR - CAPES

Aberto

An enhanced weighted essentially non-oscillatory high order scheme for explosion modelling

Jr. de Sena Ferreira Elmo, Savio Souza Venancio Vianna


										

An enhanced weighted essentially non-oscillatory high order scheme for explosion modelling

Jr. de Sena Ferreira Elmo, Savio Souza Venancio Vianna

    Fontes

    Brazilian journal of chemical engineering

    (July, 2020)