'Shear flows' presentation slideshows

Lecture #1 2 Stress state of sweptback wing

Lecture #1 2 Stress state of sweptback wing. STRUCTURAL LAYOUT OF SWEPTBACK WINGS. Boeing 757. 2. STRUCTURAL LAYOUT OF SWEPTBACK WINGS. 3. STRUCTURAL LAYOUT OF SWEPTBACK WINGS. 4. STRUCTURAL LAYOUT OF SWEPTBACK WINGS. 5. STRUCTURAL IDEALIZATION. 6. STRUCTURAL IDEALIZATION. 7.

528 views • 37 slides

Aerospace Structures and Materials: Wing Design (Asymmetric Box Beam Analysis)

Aerospace Structures and Materials: Wing Design (Asymmetric Box Beam Analysis). Dr. Tom Dragone Orbital Sciences Corporation. Motivation. By the end of this lecture, you will have all the analysis tools needed to determine stresses and shear flows in virtually any wing structure... Questions:

912 views • 31 slides

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ICNES 2007 Linear Coupling of Modes in Shear Flows A. G. Tevzadze E.Kharadze National Astrophysical Observatory. Shear Flow Analysis Linear Mode coupling Resonant mode conversion Non-resonant mode conversion DNS results Linear mode coupling Nonlinear developments Turbulence models Summary.

425 views • 26 slides

Patterns of Large-Scale Flux Emegence

Patterns of Large-Scale Flux Emegence. Chip Manchester, Fang Fang, Bill Abbett , Bart van der Holst. Outline. Much more advanced simulations of flux emergence in a realistic convection zone and corona (Abbett 2007)

312 views • 24 slides

J. Q. Dong 1,2 , K.J. Zhao 1 , J. Cheng 1 , L.W. Yan 1 , W. Y. Hong 1 ,

Spatial and spectral characteristics of large scale coherent structures in edge turbulent plasmas of HL-2A tokamak. J. Q. Dong 1,2 , K.J. Zhao 1 , J. Cheng 1 , L.W. Yan 1 , W. Y. Hong 1 , Z. H. Huang 1 , D. F. Kong 3 , Q. W. Yang 1 , X. T. Ding 1 , X. R. Duan 1 , HL-2A Team.

334 views • 20 slides

Aerospace Structures and Materials: Box Beam Analysis

Aerospace Structures and Materials: Box Beam Analysis. Dr. Tom Dragone Orbital Sciences Corporation. Motivation. Real structures (like wings and fuselages) are more complex than the simple beams that we have looked at so far

1.16k views • 17 slides

Lecture #2 Shear stresses and shear center in multiple closed contour

Lecture #2 Shear stresses and shear center in multiple closed contour. SHEAR STRESSES RELATED QUESTIONS. shear flows due to the shear force, with no torsion; shear center ; torsion of closed contour; torsion of opened contour, restrained torsion and deplanation;

360 views • 17 slides

Lecture #2 Shear stresses and shear center in multiple closed contour

Lecture #2 Shear stresses and shear center in multiple closed contour. SHEAR STRESSES RELATED QUESTIONS. shear flows due to the shear force, with no torsion; shear center ; torsion of closed contour; torsion of opened contour, restrained torsion and deplanation;

352 views • 17 slides

Ward Manchester University of Michigan

Coupling of the Coronal and Subphotospheric Magnetic Field in Active Regions by Shear Flows Driven by The Lorentz Force. Ward Manchester University of Michigan. Outline. Universal feature of active regions that produce CMEs: magnetic shear

254 views • 16 slides

Lecture #8 Shear stresses in thin-walled beam

177 views • 16 slides

Lecture #8 Shear stresses in closed contour

Lecture #8 Shear stresses in closed contour. SHEAR STRESSES RELATED QUESTIONS. shear flows due to the shear force, with no torsion; shear center; torsion of closed contour; torsion of opened contour, restrained torsion and deplanation;

292 views • 15 slides

Lecture #7 Shear stresses in thin-walled beam

496 views • 15 slides

Lecture #9 Shear stresses in closed contour

Lecture #9 Shear stresses in closed contour. SHEAR STRESSES RELATED QUESTIONS. shear flows due to the shear force, with no torsion; shear center; torsion of closed contour; torsion of opened contour, restrained torsion and deplanation;

157 views • 15 slides

Lecture #1 Torsion rigidity and shear center of closed contour

Lecture #1 Torsion rigidity and shear center of closed contour. SHEAR STRESSES RELATED QUESTIONS. shear flows due to the shear force, with no torsion; shear center; torsion of closed contour; torsion of opened contour, restrained torsion and deplanation;

378 views • 14 slides

Yang et al. 2004, ApJ, 617, L151

Photospheric shear flows along the magnetic neutral line of Active Region 10486 prior to an X10 flare. Yang et al. 2004, ApJ, 617, L151. ?????? 2005.5.16. Active Region 10486. TRACE white light. X-class flares in Active Region 10486. Day Start Peak Class

248 views • 10 slides