Finite Element Methods - Globe Thesis

Keyword [Finite Element Methods] Result: 161 - 180 \| Page: 9 of 10
161.	Analysis Of The Finite Element Methods For Klein-Gordon Equation
162.	Two Classes Of Finite Element Methods For Evolution Equation
163.	Error Estimates Of Mixed Finite Element Methods For Optimal Boundary Control Problems
164.	Photonic Bandgap Calculations Using Finite Element Methods
165.	Researches On Mixed Finite Element Methods For Two Classes Of Nonlinear Equations
166.	Multilevel Preconditioners For A Weakly Over-Penalized Symmetric Interior Penalty Method Of Possion Equation
167.	Richardson Extrapolation Of Finite Element Methods For Option Pricing
168.	Block-Centered Finite Difference Methods For General Darcy-Forchheimer Problems
169.	Weak Galerkin Finite Element Methods For Partial Differential Equations Of Elliptic Type
170.	Numerical Simulation Of The Frequency Domain Controlled-source Electromagnetic Response Using Finite Element Methods For The Conductivity Anisotropic Medium
171.	A Posteriori Error Estimates Of Nonconforming Finite Element Methods For Convection-diffusion Problems
172.	Discontinuous Galerkin Approximations For Computing Band Gaps In Photonic Crystals
173.	High Efficient Finite Element Methods For The Incompressible Coupled Navier-Stokes Equations
174.	Two-grid Method For Incompressible Miscible Displacement Problem By Mixed Finite Element Methods And Standard Finite Element Methods
175.	Some Progress On Immersed Finite Element Methods For Interface Problems
176.	Smoothed Finite Element Methods For Interactions Between Large Deformed Solids And Laminar Flows
177.	Combined Multiscale Finite Element Methods For Multiscale Problems In Domains With Rough Boundaries
178.	Finite Element Methods For Some Types Of Fractional Partial Differential Equations
179.	Researches On Finite Element Methods For Two Types Of Nonlinear Free Flow And Porous Flow Coupling Model
180.	High Order Well-balanced Central Local Discontinuous Galerkin-Finite Element Methods For Solving The Green-Naghdi Model
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