“…If the whole swirling body of fluid is divided into two parts, i.e., before the most swollen part of the swirling body and after the most swollen part of the swirling body, the effect of shredding and nibbling is more dominant on the latter downstream part of the swirling body of fluid, whereas in the upstream fluid domain, the shear due to the concurrently flowing fluid acts to stabilize the jet [4]. The topic of vortex interaction with shearing flow has been investigated with a great deal of attention from the scientific community [7][8][9]; however, within the topics related to the combustion, myriad facets of these studies still need attention and focus towards the swirl section's generation and its breakdown, axisymmetric flows and their break down, and instabilities [10][11][12][13]. There are few phenomena that contradict the laws of conservation, e.g., the whirlpool inside the sink does not obey the laws of conservation of angular momentum; however, it occurs and is investigated based on the symmetry breaking [14].…”