"solid-generalized clearance-solid" contact model - Globe Thesis

Keyword ["solid-generalized clearance-solid" contact model] Result: 181 - 200 \| Page: 10 of 10
181.	Direct Numerical Simulation Of Non-isothermal Gas-Particle Homogeneous Isotropic Turbulence
182.	Heterogeneous Reactions Mechanism During Coal Combustion With Desulfurization And Solid Residues Utilization
183.	Investigation Of Heat Transport On The Solid-solid Contact Interface At Low Temperature
184.	Study On Numerical Modeling And Consolidation Problem Of Clay
185.	Study On The Properties Of A 17-4PH Stainless Steel Used In A Nuclear Reactor
186.	Linear And Non-Linear Analysis Of Single Piles And Pile Groups In Nonhomogeneous Soils
187.	Fouling Fluidized-removing And Heat Transfer Enhancement Technique On Intake Water And Heat Transfer Of Sewage-source Heat Pump System
188.	Research On Methodology For Mechanical Product Design Process Modeling, Evaluation And Optimization
189.	Preparation And Coagulationmechanism Of Poly-Silicic-Ferric (PSF) Coagulant
190.	Research On The Secondary Combustion Chamber Operation Process Of Boron-Based Propellant Ducted Rockets
191.	Key Material Study And Numerical Simulation For Anode-Supported Intermediate Temperature Solid Oxide Fuel Cells
192.	Properties And Preparation Of Cathode Materials For Low Temperature Solid Oxide Fuel Cell
193.	Study Of Hamiltonian System Based On Differential Algebraic Equations And Its Application In Power System Stability Control
194.	Research On Heat Transfer Of Cylinder Head For 4-cylinder Diesel Engine
195.	Research On Segment Structure Of Under River Shield Tunnel With Large Diameter And Its Engineering Application
196.	Ammonium Polyphosphate Based Protonic Electrolytes
197.	Discretized Boundary Equation Method And Its Applications
198.	Transport Of Droplets With Contaminant In Air-Conditioned Room And Thermal Calculation Of Buildings
199.	Research On Prediction Method Of Traffic Incident Duration
200.	A Three-Dimensional Solid-Liquid Two-Phase Two-Fluid Turbulence Model For Water-Sediment Movement With And Without The Effect Of Vegetation
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