Horseshoe Vortex

The horseshoe vortex system is a simple vortex model for an aircraft or lifting body which fits a box-shaped vortex system out from the wing. This is made up of the wing vortex, trailing vortices and starting vortex. The latter is a vortex formed due to changes in the vorticity of the wing vortex, i.e. due to changes in airspeed. The horseshoe vortex system resulting from the interaction between a laminar boundary layer and a round transverse jet was studied over a range of Reynolds numbers and velocity ratios using hydrogen bubble wire visualization in a water channel. The study shows that the horseshoe vortex system can be steady, oscillating, or coalescing, depending on the flow conditions. The top journals are peer reviewed scholarly journals of green chemistry. These provide high quality, meticulously reviewed and rapid publication, to cater the insistent need of scientific community. These journals are indexed with all their citations noted. The top open access journals are indexed in SCOPUS, COPERNICUS, CAS, EBSCO and ISI. Horseshoe vortex system well defined in Journal of Vortex Science and Technology. It is one of the top leading journals in the field of Horseshoe vortex. All published articles are permanently archived and available at OMICS Group website in HTML, Digital, Audio and PDF formats. The articles published in this journal are indexed in Media Finder, Journal Seek and Google Scholar. OMICS Group, the well-known Open access publisher and reputed publisher in the field of science, technology and management. OMICS, being one of the international icons has been expanding publication services by acquiring different reputed journals from many prestigious publishers worldwide. It has resulted into a repository of 700+ peer-reviewed journals with the efforts and assistance of 50,000+ editorial board members running smoothly with exceptional quality. OMICS has been organizing more than 3000+ International Scientific Conferences every year providing a platform to scientific community across the globe.