Imam Hussein University Fluid Mechanics & Aerodynamics 2322-3278 1 2 2009 05 16 200226 FA Journal Article 2013 11 05 Micropolar Fluid Two-lobe Bearing Static Performance Characteristics https://fma.ihu.ac.ir/article_200226_9c360c9367e1b45bbac3056ec5e5dd70.pdf
Imam Hussein University Fluid Mechanics & Aerodynamics 2322-3278 1 2 2013 11 05 200227 FA Journal Article 2013 11 05 Interaction Overset Grid Cylinder https://fma.ihu.ac.ir/article_200227_a61134115dcd32e47a1dee204f74a31a.pdf
Imam Hussein University Fluid Mechanics & Aerodynamics 2322-3278 1 2 2009 05 16 200228 FA Journal Article 2013 11 05 Strouhal Number Airfoil Drag Wake Interaction Cylinder https://fma.ihu.ac.ir/article_200228_a6c76c79b6bb878a9c669bdcb2028750.pdf
Imam Hussein University Fluid Mechanics & Aerodynamics 2322-3278 1 2 2009 05 16 200229 FA Journal Article 2013 11 05 Viscoelastic Flows 3D Simulation Developing Region Temperature-Dependent Properties PTT Model https://fma.ihu.ac.ir/article_200229_82c25a5fa20d2cf2cd59e5170d55c00b.pdf
Imam Hussein University Fluid Mechanics & Aerodynamics 2322-3278 1 2 2009 05 16 200230 FA Journal Article 2013 11 05 Turbulence Model Smooth and Rough Flat Plates Supersonic Turbulent Boundary Layer https://fma.ihu.ac.ir/article_200230_9b502a46e04a284205a2e36b29d6d37e.pdf
Imam Hussein University Fluid Mechanics & Aerodynamics 2322-3278 1 2 2009 05 16 200231 FA Journal Article 2013 11 05 Flight Simulation Loop Maneuver Flight Test Aerodynamic Loads Regression Equations https://fma.ihu.ac.ir/article_200231_d64554592592a82c0d7f1f3f69a6f68f.pdf
Imam Hussein University Fluid Mechanics & Aerodynamics 2322-3278 1 2 2009 05 16 200232 FA Journal Article 2013 11 05 Magnetic Field Lid-Driven Cavity Vortex Flow Field https://fma.ihu.ac.ir/article_200232_5bb1c26be454df60b40ce12bffe9909d.pdf
Imam Hussein University Fluid Mechanics & Aerodynamics 2322-3278 1 2 2009 05 16 200233 FA Journal Article 2013 11 05 Hypersonic Aerodynamics Re-entry Projectile Lateral Jet Numerical Solution https://fma.ihu.ac.ir/article_200233_c501fa129a3e1cdaace18feb7b631028.pdf