Erratum: Effect of thermal nonequilibrium on the shock interaction mechanism for carbon-dioxide mixtures on double-wedge geometries (Phys. Fluids (2022) 34 (026108) DOI: 10.1063/5.0078233)

A correction is required to the abstract of the original published paper.1 According to the content of the paper, the last sentence of the abstract, "The more energy is transferred to the vibrational mode, the lower post-shock temperatures are obtained, which tends to reduce the post-shock density, leading to weaker shock interactions characterized by delayed onsets of separation, reduced separation regions and smaller standoff distances" should read instead: "The more the energy is transferred to the vibrational mode, the lower post-shock temperatures are obtained, which tends to increase the post-shock density, leading to weaker shock interactions characterized by delayed onsets of separation, reduced separation regions, and smaller standoff distances."