Autors: Ivanov, M. P.
Title: Two-dimensional numerical tests, of drag compensation device for on-road freight vehicles, based on CFD methods
Keywords: Fluid Mechanics, Lift and Drag Force Analyses, CFD

Abstract: In today’s demanding reality, making the on-road freight vehicles more fuel-efficient and lower emissive, is becoming more and more important design issue. During the past years the light car industry has managed to reduce significantly the aerodynamic losses, whereas the freight transport did not have much development in this aspect. For heavy vehicles such as tractor-trailers, drag is one of the dominant reasons for energy loss due to poor aerodynamic shape and large surfaces facing the flow direction. That is why, the presented study focuses on the development of technological solution for aerodynamic loss compensation, devoted to the freight transport vehicles. An innovative approach for drag compensation, based on airfoil device located in the tractor-trailer gap, is tested by the methods of the Computational fluid dynamics (CFD), in 2D simulation study. The lift and drag force distribution over the airfoil are analyzed in the restricted area, in relation to the airfoil size.



    Proc. of “25th Scientific Conference on Power Engineering and Power Machines (PEPM’2020)”, E3S Web of Conf. 207, 05001 (2020), 2020, Bulgaria, DOI:

    Вид: публикация в национален форум с межд. уч., публикация в реферирано издание, индексирана в Scopus и Web of Science