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Mixed finite element methods are a tool to solve complex engineering problems of different nature. This subject is treated in the volume from the engineering and the mathematical point. Different applications are considered which depict the value of mixed formulations in engineering on one side. On the other side the mathematical background is provided including proofs of convergence and stability of these methods and adequate solvers for mixed problems are discussed. This broad spectrum yields an indepth treatment of mixed methods from different perspectives.
Mixed finite element methods are a tool to solve complex engineering problems of different nature. This subject is treated in the volume from the engineering and the mathematical point. Different applications are considered which depict the value of mixed formulations in engineering on one side. On the other side the mathematical background is provided including proofs of convergence and stability of these methods and adequate solvers for mixed problems are discussed. This broad spectrum yields an indepth treatment of mixed methods from different perspectives.
Prof. Dr.-Ing. Peter Wriggers studierte Bauingenieur- und Vermessungswesen, promovierte 1980 an der Universität Hannover und habilitierte 1986 im FachMechanik. Er war GastprofessoranderUCBerkeley, USA,Professor fürMechanik an der TH Darmstadt und Direktor des Darmstädter Zentrums für Wissenschaftliches Rechnen. Seit 1998 ist er Professor für Baumechanik und NumerischeMechanik sowieDirektor des Zentrums für Computational Engineering Sciences an der Universität Hannover. Er ist Mitherausgeber von internationalen Journals und Editor-in-Chief der Zeitschrift Computational Mechanics .
Inhaltsangabe
Lectures on Adaptive Mixed Finite Element Methods.- Fast Solvers for Mixed Finite Element Methods.- Numerical Simulation of Charge Transport in Semiconductor Devices Using Mixed Finite Elements.- Numerical Simulation of Thermal Oxidation Process in Semiconductor Devices Using Mixed—Hybrid Finite Elements.- Mixed Finite Element Methods - Theory and Discretization.- Stability of Some Finite Element Methods for Finite Elasticity Problems.
Lectures on Adaptive Mixed Finite Element Methods.- Fast Solvers for Mixed Finite Element Methods.- Numerical Simulation of Charge Transport in Semiconductor Devices Using Mixed Finite Elements.- Numerical Simulation of Thermal Oxidation Process in Semiconductor Devices Using Mixed-Hybrid Finite Elements.- Mixed Finite Element Methods - Theory and Discretization.- Stability of Some Finite Element Methods for Finite Elasticity Problems.
Lectures on Adaptive Mixed Finite Element Methods.- Fast Solvers for Mixed Finite Element Methods.- Numerical Simulation of Charge Transport in Semiconductor Devices Using Mixed Finite Elements.- Numerical Simulation of Thermal Oxidation Process in Semiconductor Devices Using Mixed—Hybrid Finite Elements.- Mixed Finite Element Methods - Theory and Discretization.- Stability of Some Finite Element Methods for Finite Elasticity Problems.
Lectures on Adaptive Mixed Finite Element Methods.- Fast Solvers for Mixed Finite Element Methods.- Numerical Simulation of Charge Transport in Semiconductor Devices Using Mixed Finite Elements.- Numerical Simulation of Thermal Oxidation Process in Semiconductor Devices Using Mixed-Hybrid Finite Elements.- Mixed Finite Element Methods - Theory and Discretization.- Stability of Some Finite Element Methods for Finite Elasticity Problems.
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