Inviscid - Globe Thesis

Keyword [Inviscid] Result: 1 - 20 \| Page: 1 of 2
1.	Theoretical And Experimental Research On The Three-Dimensional Viscous Flow Field Of Torque Converter
2.	A Numerical Investigation On Inviscid Instability Of Streaky Structures In Incompressible Boundary Layer Flow
3.	Shaped Charge To The Formation Of The Simulation And Theoretical Study Of The Jet
4.	Simulation Of Thermal Environment Calculation And Thermal Protection Structure Analysis For Hypersonic Vehicles
5.	The Development Of Oblique Shock Wave In Confined Channel And Its Influence On The Flow Process
6.	Comparing the inviscid and viscous flows in a shock tube to analyze the boundary layer effects
7.	Numerical simulation of inviscid wave-current interaction with an FPSO
8.	A study of induced drag and spanwise lift distribution for three-dimensional inviscid flow over a wing
9.	Development of an inviscid flux scheme for thermochemical nonequilibrium flow
10.	An Algorithm for the Aerodynamic Analysis of Rotating Blades Using a Weak Viscous-Inviscid Interaction Method
11.	An implementation and analysis of a numerical viscous/inviscid interaction method for low speed aerodynamics
12.	Implicit-Explicit Time stepping for a Two-Dimensional Inviscid Fluid-Structure Interaction Solver
13.	A viscous-inviscid interaction study using complementary RANS equations
14.	An adaptive three-dimensional Cartesian approach for the parallel computation of inviscid flow about static and dynamic configurations
15.	Aerodynamic design via optimal control approach for inviscid and viscous compressible flows
16.	Reduced order, inviscid and fully simultaneous viscous-inviscid interaction models of flows in turbomachinery
17.	Advances in computational fluid dynamics: Turbulent separated flows and transonic potential flows
18.	Computations of nonequilibrium hypersonic inviscid flow around bodies
19.	Part I. Inviscid, swirling flows and vortex breakdown. Part II. A numerical investigation of the Lundgren turbulence model
20.	Numerical simulations of unsteady flows in turbomachines
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