C. Nietubicz

发表

Navier-Stokes computations for a reacting, M864 base bleed projectile

H. Gibeling, C. Nietubicz, 1993 .

Navier-Stokes code verification for projectile configurations at supersonic and transonic velocities

W. Sturek, C. Nietubicz, W. Sturek, 1988 .

Computational study of nose bluntness effects for spinning shells atsupersonic speeds

C. Nietubicz, W. Sturek, B. Guidos, 1984 .

Computations of projectile Magnus effect at transonic velocities

Walter B. Sturek, Karen R. Heavey, Charles J. Nietubicz, 1983 .

Computations of Magnus effects for a yawed, spinning body of revolution

Walter B. Sturek, Lyle D. Kayser, Harry A. Dwyer, 1978 .

Predicted flight performance of base-bleed projectiles

James E. Danberg, Charles J. Nietubicz, J. Danberg, 1992 .

Predicted flight performance of base-bleed projectiles

J. Danberg, C. Nietubicz, 1990 .

Computational Modeling of the Base Region Flow for a Projectile with a Base Cavity

J. Sahu, C. Nietubicz, 1985 .

Numerical computation of base flow for a missile in the presence of a centered jet

J. Sahu, C. Nietubicz, 1984 .

Navier-Stokes computations of projectile base flow with and without mass injection

Jubaraj Sahu, Joseph L. Steger, Charles J. Nietubicz, 1983 .

Aerodynamic Coefficient Predictions for a Projectile Configuration at Transonic Speeds

Jubaraj Sahu, Charles J. Nietubicz, J. Sahu, 1984 .

Numerical Solution of the Azimuthal-Invariant Thin-Layer Navier-Stokes Equations

Thomas H. Pulliam, Joseph L. Steger, Charles J. Nietubicz, 1980 .

Applications of computational fluid dynamics to the aerodynamics of army projectiles

Walter B. Sturek, Jubaraj Sahu, Paul Weinacht, 1994 .

ZNSFLOW CFD CHSSI SOFTWARE

Walter B. Sturek, Marek Behr, Jerry Clarke, 2001 .

Application of chimera technique to projectiles in relative motion

Jubaraj Sahu, Charles J. Nietubicz, J. Sahu, 1993 .

Three Dimensional Flow Calculations for a Projectile with Standard and Dome Bases

Jubaraj Sahu, Charles J. Nietubicz, J. Sahu, 1989 .

Numerical Computation of Base Flow for a Projectile at Transonic Speeds

Jubaraj Sahu, Joseph L. Steger, Charles J. Nietubicz, 1982 .

Navier-Stokes computations for conventional and hollow projectile shapes at transonic velocities

Charles J Nietubicz, C. Nietubicz, 1981 .

Parallel application of a Navier-Stokes solver for projectile aerodynamics

Karen R. Heavey, Daniel M. Pressel, Charles J. Nietubicz, 1997, Parallel CFD.

Three-dimensional flow calculations for a projectile with standard and dome bases

Jubaraj Sahu, Charles J. Nietubicz, J. Sahu, 1994 .

A Theoretical and Experimental Investigation of a Transonic Projectile Flow Field

Charles J Nietubicz, George R. Inger, James E. Danberg, 1984 .

Common High Performance Computing Software Support Initiative ( CHS SI ) Computational Fluid Dynamics ( CFD )-6 Project Final Report : ARL Block-Structured Gridding Zonal Navier-Stokes Flow ( ZNSFLOW ) Solver Software

Walter B. Sturek, Marek Behr, Csaba K. Zoltani, 2022 .

Navier-Stokes computational study of the Magnus effect on shell withsmall bluntness at supersonic speeds

Walter B. Sturek, Charles J. Nietubicz, C. Nietubicz, 1982 .