Effect of initial condition on weak homogeneous turbulence with uniform shear
Initial condition effects on weak homogeneous turbulence with uniform shear, studying energy transfer and dissipation
Deissler, R. G.↗
Engineering topics
Deissler, R. G.
Publications and source records attributed to Deissler, R. G..
Decay of homogeneous turbulence from a given initial state
Homogeneous turbulence decay from initial state
Deissler, R. G.↗
Nonlinear decay of a disturbance in an unbounded viscous fluid
Nonlinear disturbance decay in unbounded viscous fluid calculated by iterative solution of Navier- Stokes equations
Deissler, R. G.↗
Direction of maximum turbulent vorticity in a shear flow.
Direction of maximum turbulent vorticity in turbulent shear flow, determining alignment
Deissler, R. G.↗
Nonlinear decay of a disturbance in an unbounded viscous fluid
Nonlinear disturbance decay in unbounded viscous fluid
Deissler, R. G.↗
Effects of combined two-dimensional shear and normal strain on weak locally homogeneous turbulence and heat transfer.
Shear and normal strain effects on turbulence and turbulent heat transfer analyzed in model of turbulent boundary layer in accelerating flows
Deissler, R. G.↗
Weak Locally Homogeneous Turbulence and Heat Transfer with Uniform Normal Strain
Turbulence and longitudinal heat transfer for accelerating and decelerating flow using Navier- Stokes, continuity and energy equations
Deissler, R. G.↗
Production of negative eddy conductivities and viscosities in the presence of buoyancy and shear.
Negative eddy conductivities and viscosity generation in presence of buoyancy and shear, noting turbulence decay with time
Deissler, R. G.↗
Weak locally homogeneous turbulence and heat transfer with combined two-dimensional shear and normal strain
Analysis of shear and normal strain effects on weak turbulence and turbulent heat transfer using two point correlation equations obtained from Navier-Stokes and energy equations
Deissler, R. G.↗
Prediction of flow-acceleration effects on turbulent heat transfer.
Flow acceleration effects on turbulent heat transfer
Deissler, R. G.↗
Effects of combined buoyancy and shear on weak homogeneous turbulence
Initial value problem solution of combined shear flow and buoyancy effects on weak homogeneous turbulence
SHEAR FLOW↗
Weak locally homogeneous turbulence in idealized flow through a cone.
Weak locally homogeneous turbulence in idealized distorting mean flow in cone, obtaining two point correlation equations
Deissler, R. G.↗
Weak locally homogeneous turbulence and heat transfer with uniform normal strain
Weak locally homogeneous turbulence and heat transfer with uniform normal strain
COMPRESSIBLE FLOW↗
Weak locally homogeneous turbulence in idealized flow through a cone
Weak locally homogeneous turbulence in idealized flow through cone
HOMOGENEOUS TURBULENCE↗
Analysis of developing laminar flow and heat transfer in a tube for a gas with variable properties
Numerical analysis of helium gas developing laminar tube flow and heat transfer
NUMERICAL ANALYSIS↗
Unsteady viscous vortex with flow toward the center.
Tangential velocity and radial flow of unsteady viscous vortex with annular region and flow toward center
VISCOUS FLOW↗
Analysis of developing laminar flow and heat transfer in a tube for a gas with variable properties.
Laminar tube flow and heat transfer for He gas using Navier-Stokes, energy and continuity equations in finite difference form
HEAT TRANSFER↗
Some remarks on the approximations for moderately weak turbulence.
Dynamic equations and Reynolds number approximations for moderately weak turbulence
REYNOLDS NUMBER↗