non-Newtonian - Globe Thesis

Keyword [non-Newtonian] Result: 121 - 140 \| Page: 7 of 10
121.	Study On Extruding Thin T-Shaped Die From Molten Polypropylene
122.	Non-Newtonian Fluid Polishing Of Single Crystal Silicon
123.	Influence Of Non-Newtonian Characteristics Of Liquid On Flow Characteristics In Microchannel
124.	Study On Gas-liquid Flow Process In A Rotating Packed Bed With Randomly Arranged Spherical Packing By CFD Simulation
125.	Experimental And Simulation Research On The Characteristics Of The Liquid-liquid Emulsification System
126.	Numerical Simulation Of Supercritical Carbon Dioxide And Polypropylene Non-newtonian Gas-liquid Two-phase Flow
127.	Numerical Simulation And PIV Experimental Study Of Fluid Flow Field In A Stirred Tank With Double-layer Inclined Blade Combined Impellers
128.	Analysis And Numerical Simulation Of The Liquid Film Characteristics In Non-Newtonian Fluid Dip Coating Process
129.	Preparation And Application Of Non-Newtonian Fluid Mold Flux Containing N Series And Al Series
130.	Study On The Performance Of Bubble Plume Mass Transfer And Nitrogen Removal In The Micro-aeration Oxidation Ditch
131.	Research On The Swirling Separation Behavior Of Drilling Fluid Based On Non-Newtonian Fluid Characteristics
132.	Dilute non-Newtonian particle suspension rheology and microstructure
133.	Investigation of Non-Newtonian Flow in Anaerobic Digesters
134.	Non-Newtonian power-law fluid flow in eccentric annuli: CFD simulation and experimental study
135.	Numerical investigation of multiphase flow of non-Newtonian fluids in a sauce dispensing syste
136.	Non-Newtonian Rheological Characteristics of Oil-Based Metal Oxide Nanofluid
137.	Development and optimization of novel emulsion liquid membranes stabilized by non-Newtonian conversion in Taylor-Couette flow for extraction of selected organic and metallic contaminants
138.	2D Squeezing-flow of a Non-Newtonian Fluid Between Collapsed Viscoelastic Walls: Numerical Simulations
139.	Rheological measurements of bulk metallic glass forming alloys above the liquidus temperature
140.	Fluid dynamics of non-Newtonian thin films: Squeezing flow, film rupture and contact line instability
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