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Browsing by Subject "Turbulence"

Browsing by Subject "Turbulence"

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  • Multi-scale analysis of turbulent thermal boundary layer with zero pressure gradient 
    Das, Rubel Chandra (Department of Mechanical Engineering, 2017-08-16)
    In the present study, a numerical approach using finite element method has been employed to investigate fully developed turbulent flow and forced convection heat transfer over an isothermally heated horizontal flat plate. ...
  • Numerical analysis of three-dimensional turbulent flow around ship like bodies using finite-volume method 
    Rahman, Waliur (Department of Naval Architecture and Marine Engineering, 2021-06-13)
    This research work deals with numerical simulations of turbulent flow around ship like bodies. The Reynolds -averaged Navier-Stokes equations for three-dimensional flow are discretized by finite volume method in block-structured ...
  • Numerical analysis of turbulent flow around the ship hulls using star-CCM+ 
    Sarker, Doyal Kumar (Department of Naval Architecture and Marine Engineering (NAME), 2021-06-06)
    The analyses of turbulent flow around the ship hulls which includeWigley hull, Kriso container ship (KCS), Series 60, HSVA tanker and a catamaran hull are conducted for various Froude numbers using a commercial computational ...
  • Physics of supersonic mixing layers in two non-parallel streams 
    Zaki Nuruddin Jubery, Talukder AGM (Department of Mechanical Engineering, 2005-08)
    Two-dimensional unsteady state Navier-Stokes equations, energy equation, mass diffusion equation and continuity equation are solved to study the mixing characteristics of confined shear layers formed by non-parallel ...
  • Thesis on mechanisms of turbulence 
    Sen, Pradeep Kumar (Department of applied mechanics, Indian Institute of Technology, Delhi., 1974-08-29)
    For abstracts please see full text
  • Turbulent mixing of two non-parallel streams 
    Abdul Azim, Md. (Department of Mechanical Engineering, 2002-10)
    Turbulent mixing layers have been investigated experimentally to study the effect of velocity ratio and merging angle on them. Two types of mixing layers were produced from merging of two streams at 0° and 18°. Each type ...