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Showing below up to 100 results in range #1 to #100.
- 2D Boundary layers with pressure gradients (A) → Abstr:2D Boundary layers with pressure gradients (A)
- 2D Boundary layers with pressure gradients (B) → Abstr:2D Boundary layers with pressure gradients (B)
- 2D Periodic Hill Flow → Abstr:2D Periodic Hill Flow
- 2D flow over backward facing step → Abstr:2D flow over backward facing step
- 3D boundary layers under various pressure gradients, including severe adverse pressure gradient causing separation → Abstr:3D boundary layers under various pressure gradients, including severe adverse pressure gradient causing separation
- 3D flow around blades → Abstr:3D flow around blades
- AC1-09 → Abstr:AC1-09
- AC2-09 → Abstr:Sandia Flame D
- AC2-10 → Abstr:Internal combustion engine flows for motored operation
- AC2-11 → Abstr:AC2-11
- AC2-12 → Abstr:AC2-12
- AC3-12 → Abstr:AC3-12
- AC6-13 → Lib:AC6-13
- AC6-14 → Abstr:AC6-14
- AC6-15 → Abstr:AC6-15
- AC7-01 → Abstr:AC7-01
- AC7-02 → Abstr:AC7-02
- AC7-04 → Abstr:AC7-04
- AC 1-01 → Abstr:Aero-acoustic cavity
- AC 1-02 → Abstr:RAE M2155 Wing
- AC 1-04 → Arch:Channel flow with wall injection
- AC 1-05 → Abstr:Ahmed body
- AC 1-08 → Abstr:L1T2 3 element airfoil
- AC 2-01 → Abstr:Bluff body burner for CH4-HE turbulent combustion
- AC 2-03 → Arch:Gas burner controlled by variable density and/or counterflow
- AC 2-05 → Arch:Airflow cyclic variations in IC engines
- AC 2-06 → Abstr:The confined TECFLAM swirling natural gas burner
- AC 2-07 → Abstr:Confined double annular jet
- AC 2-08 → Abstr:Premixed Methane-Air Swirl Burner (TECFLAM)
- AC 3-01 → Abstr:Buoyancy-opposed wall jet
- AC 3-02 → Abstr:Induced flow in a T-junction
- AC 3-03 → Abstr:Cyclone separator
- AC 3-05 → Arch:Buoyant gas air-mixing
- AC 3-08 → Abstr:Spray evaporation in turbulent flow
- AC 3-10 → Abstr:Combining/dividing flow in Y junction
- AC 3-11 → Abstr:Downward flow in a heated annulus
- AC 4-01 → Abstr:Wind environment around an airport terminal building
- AC 4-02 → Abstr:Flow and Sediment Transport in a Laboratory Model of a stretch of the Elbe River
- AC 4-03 → Abstr:Air flows in an open plan air conditioned office
- AC 4-04 → Abstr:Tunnel fire
- AC 4-06 → Arch:Aerodynamic analysis of the great belt bridge
- AC 5-05 → Abstr:Boundary layer flow and dispersion over isolated hills and valleys
- AC 6-02 → Abstr:Low-speed centrifugal compressor
- AC 6-03 → Arch:Annular compressor cascade without clearance
- AC 6-04 → Arch:Pump turbine
- AC 6-05 → Abstr:Annular compressor cascade with tip clearance
- AC 6-06 → Abstr:Gas Turbine nozzle cascade
- AC 6-07 → Abstr:Draft tube
- AC 6-07 Description → Gold:Description AC6-07
- AC 6-07 Quality Review → Gold:AC 6-07 Quality Review
- AC 6-07 Related ACs → Gold:AC 6-07 Related ACs
- AC 6-07 Test Data → Gold:Test Case AC6-07
- AC 6-08 → Abstr:High speed centrifugal compressor
- AC 6-08 Quality Review → Gold:AC 6-08 Quality Review
- AC 6-08 Related ACs → Gold:AC 6-08 Related ACs
- AC 6-10 → Abstr:Axial compressor cascade
- AC 6-10 Quality Review → Silver:AC 6-10 Quality Review
- AC 6-10 Related ACs → Silver:AC 6-10 Related ACs
- AC 6-12 → Abstr:Steam turbine rotor cascade
- AC 6-12 Quality Review → Silver:AC 6-12 Quality Review
- AC 6-12 Related ACs → Silver:AC 6-12 Related ACs
- About-url → Structure of the Knowledge Base
- AbstrOrifice/deflector flow → Abstr:Orifice/deflector flow
- Aero-acoustic cavity → Abstr:Aero-acoustic cavity
- Aerodynamic analysis of the great belt bridge → Arch:Aerodynamic analysis of the great belt bridge
- Ahmed body → Abstr:Ahmed body
- Air flows in an open plan air conditioned office → Abstr:Air flows in an open plan air conditioned office
- Airflow cyclic variations in IC engines → Arch:Airflow cyclic variations in IC engines
- Annular coaxial jets, flow and mixing → Arch:Annular coaxial jets, flow and mixing
- Annular compressor cascade with tip clearance → Abstr:Annular compressor cascade with tip clearance
- Annular compressor cascade without clearance → Arch:Annular compressor cascade without clearance
- Archive:area → Arch:Area
- Arcj@Evaluation AC2-05 → Arch:Evaluation AC2-05
- Axial compressor cascade → Abstr:Axial compressor cascade
- Axisymmetric buoyant far-field plume → Abstr:Axisymmetric buoyant far-field plume
- Best Practice Advice → Silver:Best Practice Advice AC1-01
- Best Practice Advice AC1-04 → Arch:Best Practice Advice AC1-04
- Best Practice Advice AC2-03 → Arch:Best Practice Advice AC2-03
- Best Practice Advice AC2-05 → Arch:Best Practice Advice AC2-05
- Best Practice Advice AC3-05 → Arch:Best Practice Advice AC3-05
- Best Practice Advice AC4-06 → Arch:Best Practice Advice AC4-06
- Best Practice Advice AC6-03 → Arch:Best Practice Advice AC6-03
- Best Practice Advice AC6-04 → Arch:Best Practice Advice AC6-04
- Best Practice Advice AC6-13 → Lib:Best Practice Advice AC6-13
- Biomedical Flow → Biomedical Flows
- Blade tip and tip clearance vortex flow → Abstr:Blade tip and tip clearance vortex flow
- Bluff body burner for CH4-HE turbulent combustion → Abstr:Bluff body burner for CH4-HE turbulent combustion
- Boundary layer flow and dispersion over isolated hills and valleys → Abstr:Boundary layer flow and dispersion over isolated hills and valleys
- Boundary layer interacting with wakes under adverse pressure gradient - NLR 7301 high lift configuration → Abstr:Boundary layer interacting with wakes under adverse pressure gradient - NLR 7301 high lift configuration
- Buoyancy-opposed wall jet → Abstr:Buoyancy-opposed wall jet
- Buoyant gas air-mixing → Arch:Buoyant gas air-mixing
- Bypass transition on a flat plate → Arch:Bypass transition on a flat plate
- CFD SIMulations AC3-11 → Gold:CFD Simulations AC3-11
- CFD Simualtions AC1-05 → Gold:CFD Simulations AC1-05
- CFD Simualtions AC2-03 → Arch:CFD Simulations AC2-03
- CFD Simualtions AC6-04 → Arch:CFD Simualtions AC6-04
- CFD Simulations → Silver:CFD Simulations AC1-01
- CFD Simulations AC1-04 → Arch:CFD Simulations AC1-04
- CFD Simulations AC2-03 → Arch:CFD Simulations AC2-03
- CFD Simulations AC2-05 → Arch:CFD Simulations AC2-05