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(DOAP)	2D Boundary layers with pressure gradients (A)	2D Boundary layers with pressure gradients (B)
2D Periodic Hill Flow	2D flow over backward facing step	3D boundary layers under various pressure gradients, including severe adverse pressure gradient causing separation
3D flow around blades	ABB Alstom Power UK	AC2-09
AC 1-01	AC 1-02	AC 1-04
AC 1-05	AC 1-08	AC 2-01
AC 2-03	AC 2-05	AC 2-06
AC 2-07	AC 2-08	AC 3-01
AC 3-02	AC 3-03	AC 3-05
AC 3-08	AC 3-10	AC 3-11
AC 4-01	AC 4-02	AC 4-03
AC 4-04	AC 4-06	AC 5-05
AC 6-02	AC 6-03	AC 6-04
AC 6-05	AC 6-06	AC 6-07
AC 6-07 Best Practice Advice	AC 6-07 CFD Simulations	AC 6-07 Description
AC 6-07 Evaluation	AC 6-07 Quality Review	AC 6-07 Related ACs
AC 6-07 Test Data	AC 6-08	AC 6-08 Best Practice Advice
AC 6-08 CFD Simulations	AC 6-08 Description	AC 6-08 Evaluation
AC 6-08 Quality Review	AC 6-08 Related ACs	AC 6-08 Test Data
AC 6-10	AC 6-10 Best Practice Advice	AC 6-10 CFD Simulations
AC 6-10 Description	AC 6-10 Evaluation	AC 6-10 Quality Review
AC 6-10 Related ACs	AC 6-10 Test Data	AC 6-12
AC 6-12 Best Practice Advice	AC 6-12 CFD Simulations	AC 6-12 Description
AC 6-12 Evaluation	AC 6-12 Quality Review	AC 6-12 Related ACs
AC 6-12 Test Data	AC Index	AEA Technology
ALSTOM Power (Switzerland) Ltd	About-url	AbstrOrifice/deflector flow
Abstract AC 123 01	Abstract AC 123 02	Abstract AC 123 03
Abstract AC 123 05	Abstract AC 123 08	Abstract AC 123 11
Abstract AC 123 12	Abstract AC 2 02	Abstract AC 51 33
Abstract AC 51 57	Abstract AC 51 582	Abstract AC 51 84
Abstract AC 7 01	Advice	Aero-acoustic cavity
Aero Acoustic Test	Aero pics	Aerodynamic analysis of the great belt bridge
Ahmed body	Air flows in an open plan air conditioned office	Airflow cyclic variations in IC engines
Annular coaxial jets, flow and mixing	Annular compressor cascade with tip clearance	Annular compressor cascade without clearance
Application Areas	Archive:area	Arcj@Evaluation AC2-05
Article Templates	Arup	Atkins
Axial compressor cascade	Axisymmetric buoyant far-field plume	Best Practice AC 123 08
Best Practice Advice	Best Practice Advice AC1-01	Best Practice Advice AC1-02
Best Practice Advice AC1-04	Best Practice Advice AC1-05	Best Practice Advice AC1-08
Best Practice Advice AC2-01	Best Practice Advice AC2-03	Best Practice Advice AC2-05
Best Practice Advice AC2-06	Best Practice Advice AC2-07	Best Practice Advice AC2-08
Best Practice Advice AC2-09	Best Practice Advice AC3-01	Best Practice Advice AC3-02
Best Practice Advice AC3-03	Best Practice Advice AC3-05	Best Practice Advice AC3-08
Best Practice Advice AC3-10	Best Practice Advice AC3-11	Best Practice Advice AC4-01
Best Practice Advice AC4-02	Best Practice Advice AC4-03	Best Practice Advice AC4-04
Best Practice Advice AC4-06	Best Practice Advice AC5-05	Best Practice Advice AC6-02
Best Practice Advice AC6-03	Best Practice Advice AC6-04	Best Practice Advice AC6-05
Best Practice Advice AC6-06	Best Practice Advice AC 123 08	Best Practice Advice AC 2 09
Best Practice Advice AC 51 33	Best Practice Advice AC 51 57	Best Practice Advice AC 51 582
Best Practice Advice AC 51 84	Best Practice Advice AC 7 01	Blade tip and tip clearance vortex flow
Bluff body burner for CH4-HE turbulent combustion	Boundary layer flow and dispersion over isolated hills and valleys	Boundary layer interacting with wakes under adverse pressure gradient - NLR 7301 high lift configuration
British Energy	British Nuclear Fuels (BNFL)	Buoyancy-opposed wall jet
Buoyant gas air-mixing	Bypass transition on a flat plate	CEA / DRN / Department de Thermohydraulique
CEA Saclay, DMT	CFD SIMulations AC3-11	CFD Simualtions AC1-05
CFD Simualtions AC2-03	CFD Simualtions AC6-04	CFD Simulation AC4-02
CFD Simulation AC6-05	CFD Simulations	CFD Simulations AC1-01
CFD Simulations AC1-02	CFD Simulations AC1-04	CFD Simulations AC1-05
CFD Simulations AC1-08	CFD Simulations AC2-01	CFD Simulations AC2-03
CFD Simulations AC2-05	CFD Simulations AC2-06	CFD Simulations AC2-07
CFD Simulations AC2-08	CFD Simulations AC2-09	CFD Simulations AC3-01
CFD Simulations AC3-02	CFD Simulations AC3-03	CFD Simulations AC3-05
CFD Simulations AC3-08	CFD Simulations AC3-10	CFD Simulations AC3-11
CFD Simulations AC4-01	CFD Simulations AC4-03	CFD Simulations AC4-04
CFD Simulations AC4-06	CFD Simulations AC5-05	CFD Simulations AC6-02
CFD Simulations AC6-03	CFD Simulations AC6-04	CFD Simulations AC6-05
CFD Simulations AC6-06	CFD Simulations AC 123 08	CFD Simulations AC 123 10
CFD Simulations AC 2 09	CFD Simulations AC 51 33	CFD Simulations AC 51 57
CFD Simulations AC 51 582	CFD Simulations AC 51 84	CFD Simulations AC 7 01
CFS Engineering SA	CIMNE	CIRA
Channel flow with wall injection	Chemical,Process, Thermal and Nuclear Safety	Chemical, Process, Thermal and Nuclear Safety
Civil Construction and HVAC	Combining/dividing flow in Y junction	Combustion
Compression of vortex in cavity	Computational Dynamics Ltd	Confined Flows
Confined buoyant plume	Confined coaxial swirling jets	Confined double annular jet
Contactus-url	Contributing	Contributors
Contributors Guidelines	Cranfield University	Create Ercoftac Article Form
Current events	Curved passage flow	Cyclone separator
Czech Academy of Sciences	DOAP	DOAPs
DOAPâ€™s	Data Formats and Submission	Dave Test Topic
David Fowler Feedback	Demo UFR	Description
Description AC1-01	Description AC1-02	Description AC1-04
Description AC1-05	Description AC1-08	Description AC2-01
Description AC2-03	Description AC2-05	Description AC2-06
Description AC2-07	Description AC2-08	Description AC2-09
Description AC3-01	Description AC3-02	Description AC3-03
Description AC3-05	Description AC3-08	Description AC3-10
Description AC3-11	Description AC4-01	Description AC4-02
Description AC4-03	Description AC4-04	Description AC4-06
Description AC5-05	Description AC6-02	Description AC6-03
Description AC6-04	Description AC6-05	Description AC6-06
Description AC6-07	Description AC 123 08	Description AC 123 10
Description AC 123 12	Description AC 1 1	Description AC 51 33
Description AC 51 57	Description AC 51 582	Description AC 51 84
Description AC 7 01	DevLatex Notes	DevSecurity notes
Developing channel flow with mass injection through wall	Downward flow in a heated annulus	Draft tube
DynamicPageList Demo	ECARP README	EDF - R&D Division
ERC MW Info	ESDU	Ed Notes Cal
Editorial Page	Editorial Team Page	Environmental Flow
Ercoftac Editorial Page/January 2009	Ercoftac Editorial Page/Thursday January	Evaluation
Evaluation AC1-01	Evaluation AC1-02	Evaluation AC1-04
Evaluation AC1-05	Evaluation AC1-08	Evaluation AC2-01
Evaluation AC2-03	Evaluation AC2-05	Evaluation AC2-06
Evaluation AC2-07	Evaluation AC2-08	Evaluation AC2-09
Evaluation AC3-01	Evaluation AC3-02	Evaluation AC3-03
Evaluation AC3-05	Evaluation AC3-08	Evaluation AC3-10
Evaluation AC3-11	Evaluation AC4-01	Evaluation AC4-02
Evaluation AC4-03	Evaluation AC4-04	Evaluation AC4-06
Evaluation AC5-05	Evaluation AC6-02	Evaluation AC6-03
Evaluation AC6-04	Evaluation AC6-05	Evaluation AC6-06
Evaluation AC 123 08	Evaluation AC 2 08	Evaluation AC 2 09
Evaluation AC 51 33	Evaluation AC 51 57	Evaluation AC 51 582
Evaluation AC 51 84	Evaluation AC 7 01	ExtensionDemos
External Aerodynamics	FAQ L	Fachhochschule Niederrhein
February 2009	Feedback-url	Flow Around Finite-Height Circular Cylinder
Flow and Sediment Transport in a Laboratory Model of a stretch of the Elbe River	Flow around (airfoils and) blades (subsonic)	Flow around (airfoils and) blades (transonic)
Flow around airfoils (and blades) A-airfoil (Ma=0.15, Re/m=2x10^6)	Flow around oscillating airfoil	Flow behind a blunt trailing edge
Flow in a curved rectangular duct - non rotating	Flow in pipes with sudden contraction	Flow over an isolated hill (without dispersion)

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