Numerical Methods for Transient and Coupled ProblemsRoland W. Lewis This contributed volume, a sequel to Numerical Methods in Coupled Systems (Wiley, 1984), addresses the latest developments in the use of numerical methods to solve transient and coupled problems in engineering . Covers a wide range of topics, from the techniques used for the analysis of various types of flow to the problems encountered in the analysis of solids such as reinforced concrete. While most chapters address practical problems encountered in everyday engineering work, some deal specifically with the mathematical and computational aspects. Contributors are all internationally renowned experts in their respective fields. |
Contents
An Efficient Analysis of Pollutant Migration Through Soil | 13 |
Solution Strategies for Elastic and Inelastic Contact Problems | 59 |
Recent Developments in Finite Difference Methods for | 79 |
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airfoil algorithm analysis approximation aquifer assumed B. A. Schrefler behaviour Bettess bifurcation point Boom clay boundary conditions calculated clay coefficient computed concentration considered contaminant continuity equation cracking strain damping defined density differential equations discretization domain droplet effective eigenvalues elastic element group experimental explicit finite difference finite element finite element method Flip bifurcation flow fluid free-surface function given grid heating Hopf bifurcation implicit increment initial integration isotropic iteration kg/cm² landfill layer linear liquid loading matrix maximum mesh mixed-time Navier-Stokes equations Newmark nodal nodes non-linear number of operations Numerical Methods numerical solution obtained operation counts ordinary differential equations parameter plastic Pontida predicted problem procedure R. W. Lewis Ratio of terms reinforced concrete Reynolds number scheduling discipline shown in Figure solved stability step stress techniques temperature tensile terms selected thermal tion transient U₁ values vector velocity viscoplastic wave yield surface Zienkiewicz ди