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difference between waves should be be written correlation between pressure signals above equation two stationary Fluid Dynamics 51 1517 structures in initial development Free jet turbulent structur. boundary layer cause a Batchelor’s assumption to the Possible mechanism for in wavy circular Couette system Flow regimes Couette system with independently instability in Simon, N. T. B. Bifurcati on the Application . of . Mechanics to . Geophysics. Scripps Institute of Oceanography, . University of California at San Diego. 17 and 18 January 2015. Shear localization due to thermal pressurization. Classification of Non-Newtonian Fluids. Laminar Flow of a Non-Newtonian fluid in Circular Pipes. Recommended text-book: W.F. Hughes, J.A. Brighton, . Schaum's. outline of theory and problems of fluid dynamics, New York: McGraw Hill, 1999. subharmonic route Rev. Fluid Mech. vortex street. circular cylinder Fluid Mech. little things Reynolds numbers. Vortex pairing in vortex street. Proc. Seventh on Turbulence, vortex street subharmonic equivalent ECRH power, off-axis . heating . . . results . in lower stored energy . and . lower core . . . temperature . 2) Plasma . flow is significantly reduced . with . off-axis . . of . d. ensity. . f. luctuations. . in frequency . r. ange of (20-110)kHz . Core density fluctuations. Parallel flow measured by CHERS. Core Density Fluctuations in . the HSX . Stellarator. Abstract. Severe Thunderstorm Warnings:. Can we do better…and do we want to?. Eric . Lenning. . and Ben . Deubelbeiss. . NWS Chicago. 2014 GLOMW. Motivation. Goal:. An increased . understanding of . the types of severe . Floating potential and envelop of ion saturation . current fluctuations are . correlated. Mode frequency:. 16 kHz: 50 kW ECRH. (ion transit frequency). 37 kHz: 100 kW ECRH . (GAM frequency). 2 D image of the mode. Topics 4-7. Topic 4: Forces, Loads, and Stresses. Types of Forces. Internal. Tension, compression, shear, torsion, bending. External. Dead Load. Permanent force acting on a structure. Includes the weight of the structure itself. Viscous Fluids. Viscosity is how engineers measure the resistance of fluids when being . deformed:. τ. = . μ. (du/dy. ). The less viscous the fluid, the greater its ease of . movement.. Viscosity is useful for calculating the force needed to move a fluid. For example, in these industries: . Non-Newtonian Fluids. and polymers. Non-Newtonian . • . does NOT follow the laws of physics as described by Newton . Dilatant . • . adding energy (shear force) makes a liquid thicker or more rigid . Viscosity is a quantitative measure of a fluid’s resistance to flow.. Dynamic (or Absolute) Viscosity. :. The dynamic viscosity(. η. ) of a fluid is a measure of the resistance it offers to relative shearing motion.. MECHANICA Springer-Verlag 2002 exact solution for tube and slit flow of a FENE-P fluid J Oliveira Portugal Received September 20 2001 revised March 11 2002 fully analytical solution is derived for rec structures . and functions of . the . sensory system. Essential questions. What are the structures of the sensory system?. 3.03 Remember the structures of the sensory system. 2. The Senses. Eyes. Sight.