Nanofluids - Globe Thesis

Keyword [Nanofluids] Result: 181 - 200 \| Page: 10 of 10
181.	Mechanical Behavior Of Crack Propagation And Tribological Performance Evaluation Of Dental Zirconia Ceramic In Nanofluids MQL Grinding
182.	Structure And Properties Of Liquid-like Nanofluids Filled In Polylactic Acid Composites
183.	Force Model Of Single Grain Cutting CFRP Composites And Evaluation Of Grinding Damage And Surface Quality
184.	Study On Photothermal Effect And Surface Tension Of Ag Nanofluid
185.	The Characteristics And Experimental Study Of The Nanofluid Based On Solar Spectrum Beam Splitting Utilization
186.	Molecular Dynamics Simulation Of Thermal Conduction Strengthening And Flow Characteristics Of Cu-Ar Nanofluids
187.	Study On Friction And Cooling Characteristics Of Nanofluid Minimum Quantity Lubrication Milling GH4169 Superalloy
188.	Enhancing Cutting Peformance Of Cemented Carbide Tools By Joint-use Of Magnetic Nanofluids And Micro-textures Under Magnetic Field
189.	Research On The Performance Of Solar Collectors With Ionic Liquid-Based Nanofluids
190.	Experimental Study On Thermal Properties Of Nanofluids And The Applications In Direct Absorption Solar Collectors
191.	Study On Flow And Heat Dissipation Performance Of Water-based Alumina Nanofluids In Microchannels
192.	Research On The Heat Transfer Characteristics Of Nanofluids In ORC
193.	Nano-organic Working Fluid Stability, Thermophysical Properties And Modeling Based On Artificial Neural Network
194.	Analysis Of Heat Transfer Characteristics Of Water-based Nanofluids In Large-volume Boiling
195.	Preparation Of Modified Halloysite Nanofluid And Study On Its Oil Displacement Performance
196.	Dual plasma synthesis of functionalized metal nanoparticles: From enhanced surface properties to stable nanofluids
197.	Experimental investigation of thermal conductivity of nanofluids
198.	Analysis of thermophysical properties of nanofluids using discrete particle modeling
199.	Development of steady-state, parallel-plate thermal conductivity apparatus for poly-nanofluids and comparative measurements with transient HWTC apparatus
200.	Preparation of copper-bearing nanofluids for thermal applications
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