Abstract: The paper gives an overview of different components of conducting largeeddy simulations (LES) for convective heat transfer in practical applications. Subgrid stress models, wall models, and the generation of inlet turbulent ...

Abstract: Understanding flow through real porous media is of considerable importance given their significance in a wide range of applications. Direct numerical simulations of such flows are very useful in their fundamental understanding. ...

Abstract: Sand transport and deposition is investigated in a twopass internal cooling ribbed geometry at near engine conditions. Largeeddy simulation (LES) calculations are performed for bulk Reynolds number of 25,000 to calculate ...

Abstract: A numerical study is performed to investigate the deposition of Syngas ash in the leading edge region of a turbine vane. The leading edge of the vane is modeled as a symmetric semicylinder with a flat afterbody. Three rows ...

Abstract: The incidence of stent late restenosis is high (Zwart et al., 2010, “Coronary Stent Thrombosis in the Current Era: Challenges and Opportunities for Treatment,â€‌ Curr. Treat. Options Cardiovasc. Med., 12(1), pp. 46–57) ...

Abstract: This paper examines the augmentation of heat and mass transfer due to dual clearances on cylindrical pin fins, relative to a channel between parallel plates, in mini/microchannel reactors at low Reynolds numbers. In this ...

Abstract: The study focuses on evaluating fully coupled conjugate heat transfer (CHT) simulation in a ribbed cooling passage with a fully developed flow assumption using large eddy simulation (LES) with the immersed boundary method ...

Abstract: Abstract. This study investigates the hydrodynamic behavior of a rigid, helical-shaped metallic chip placed near a planar wall in a linear shear flow using numerical methods. The flow characteristics are analyzed across a ...