'Wave drag' presentation slideshows

Parameterization in large-scale atmospheric modelling

Parameterization in large-scale atmospheric modelling. General parameterization problem :

582 views • 45 slides

U5AEA15 AIRCRAFT STRUCTURES-II

U5AEA15 AIRCRAFT STRUCTURES-II. PREPARED BY Mr.S.Karthikeyan DEPARTMENT OF AERONAUTICALENGINEERING ASSISTANT PROFESSOR. We have looked at. Airfoil Nomenclature Lift and Drag forces Lift, Drag and Pressure Coefficients The Three Sources of Drag:

750 views • 41 slides

Onset of Wave Drag due to Capillary- Gravity Surface Waves

Onset of Wave Drag due to Capillary- Gravity Surface Waves. V. Steinberg in collaboration with T.Burghelea Department of Physics of Complex Systems. Dispersive (gravity) waves.

685 views • 38 slides

Onset of Wave Drag due to Capillary- Gravity Surface Waves

Onset of Wave Drag due to Capillary- Gravity Surface Waves. V. Steinberg in collaboration with T.Burghelea Department of Physics of Complex Systems. Dispersive (gravity) waves.

547 views • 38 slides

Onset of Wave Drag due to Capillary- Gravity Surface Waves

Onset of Wave Drag due to Capillary- Gravity Surface Waves. V. Steinberg in collaboration with T.Burghelea Department of Physics of Complex Systems. Dispersive (gravity) waves.

389 views • 38 slides

Gravity wave drag Parameterization of orographic related momentum

Gravity wave drag Parameterization of orographic related momentum fluxes in a numerical weather processing model Andrew Orr anmcr@bas.ac.uk 30 May 2012. Lecture 1: Atmospheric processes associated with orography. Lecture 2: Parameterization of subgrid-scale orography.

560 views • 37 slides

Dynamic Forces

Dynamic Forces. Fig. from Warrick et al. 2005. Nature. F. Solids vs. Fluids. S. ?. Solids resist shear deformation: they care how far they are deformed. Fluids care about how rapidly they are deformed: rate of shear. F/S = ?(?/t). F/S = G ?. Dynamic viscosity. Shear modulus.

457 views • 32 slides

Aquatic Exercise & Special Populations

663 views • 28 slides

Aerodynamics

Aerodynamics. Lab 6A. Airfoil Terminology. Angle of Attack. How is Lift Produced ?. Air moving over the top of the wing has a higher velocity locally than the air on the bottom The Bernoulli Principle prescribes: Higher velocity locally = Lower pressure locally

334 views • 11 slides

3.2 Analyse This

224 views • 10 slides

Miguel A. C. Teixeira 1 and Branko Grisogono 2

Miguel A. C. Teixeira 1 and Branko Grisogono 2. 1 GGUL, IDL, University of Lisbon, Lisbon, Portugal 2 Department of Geophysics, University of Zagreb, Croatia.

152 views • 1 slides