shear flow - Globe Thesis

Keyword [shear flow] Result: 41 - 60 \| Page: 3 of 4
41.	Study On Preparation And Gas Barrier Properties Of Regenerated Cellulose Composite Film
42.	CFD Study About Low Reynolds Number Turbulence Model Of Shear Flow Near The Wall
43.	Study On Unsteady Shear Flow Characteristics Of Gelled Crude Oil
44.	Calibration Of The Flow-cell Based Single-molecule Manipulation System
45.	Numerical Simulation Of Flow Stability Of Buoyant-thermocapillary Convective Flow Under Shear Flow
46.	Simulation Of Ion Transport And Electroconvection Near The Surface Of Ion Selective Membrane Under Electric Field
47.	Study On The Structure And Stress-Strain Curve Of Polymer/Nanoparticle Composite System
48.	Rheology of noncolloidal suspensions of spheres in oscillatory shear flow and the dynamics of suspensions of rigid fibers
49.	Dynamics of a model for nematic liquid crystalline polymers in planar shear flow
50.	The recession of bitumen from a silica surface under shear flow
51.	Numerical methods and simulations for fluid /particle interactions: Sedimentation in a viscoelastic fluid and cell lifting in shear flow
52.	Examining the time-dependent changes in the bubble structure of whole egg and egg white foams and batters using small strain shear oscillatory rheology, large strain shear flow rheology and image analysis techniques
53.	Fundamentals of gas-liquid and gas-liquid-solid flow in a bubble column and in a simple shear flow device
54.	Fabrication and modification of biological materials utilizing shear flow system
55.	Numerical investigation of the enhanced thermal conductivity due to heat dispersion of a nanofluid
56.	Study of rheological properties of polymeric liquids by using multiple-mode models
57.	Dynamics of erythrocytes, vesicles and capsules in shear flow: The role of membrane bending stiffness and membrane viscosity
58.	In Situ Observation of Plastic Foaming under Static Condition, Extensional Flow and Shear Flow
59.	Fluid dynamics of sessile drops in shear flows
60.	Simple dipolar fluids under shear flow
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