Exploring the controlling mechanisms for gradient evolution in unsteady detonation flows
Q Xie, Y Liu, Y Chen, Z Ren - Physics of Fluids, 2022 - pubs.aip.org
Proper characterization of the transient interaction between shock front motion and chemical
energy release is the key for further understanding of unsteady detonation dynamics. We …
energy release is the key for further understanding of unsteady detonation dynamics. We …
Exploring the controlling mechanisms for gradient evolution in unsteady detonation flows
Q Xie, Y Liu, Y Chen, Z Ren - Physics of Fluids, 2022 - pubs.aip.org
Proper characterization of the transient interaction between shock front motion and chemical
energy release is the key for further understanding of unsteady detonation dynamics. We …
energy release is the key for further understanding of unsteady detonation dynamics. We …
Exploring the controlling mechanisms for gradient evolution in unsteady detonation flows
Q Xie, Y Liu, Y Chen, Z Ren - Physics of Fluids, 2022 - ui.adsabs.harvard.edu
Proper characterization of the transient interaction between shock front motion and chemical
energy release is the key for further understanding of unsteady detonation dynamics. We …
energy release is the key for further understanding of unsteady detonation dynamics. We …