APA (7th ed.) Citation

A.-F, A., M.Z, Y., N.H, S., T, Y., & 15750212500. (2023). Flow instability in shock tube due to shock wave-boundary layer-contact surface interactions, a numerical study. EuroJournals, Inc.

Chicago Style (17th ed.) Citation

A.-F, Amir, Yusoff M.Z, Shuaib N.H, Yusaf T, and 15750212500. Flow Instability in Shock Tube Due to Shock Wave-boundary Layer-contact Surface Interactions, a Numerical Study. EuroJournals, Inc, 2023.

MLA (9th ed.) Citation

A.-F, Amir, et al. Flow Instability in Shock Tube Due to Shock Wave-boundary Layer-contact Surface Interactions, a Numerical Study. EuroJournals, Inc, 2023.