Studiebog
    The Finite Element Method in Engineering

    The Finite Element Method in Engineering

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    • Format
    • Bog, paperback
    • Engelsk

    Beskrivelse

    The Finite Element Method in Engineering, Sixth Edition, provides a thorough grounding in the mathematical principles behind the Finite Element Analysis technique—an analytical engineering tool originated in the 1960's by the aerospace and nuclear power industries to find usable, approximate solutions to problems with many complex variables. Rao shows how to set up finite element solutions in civil, mechanical and aerospace engineering applications. The new edition features updated real-world examples from MATLAB, Ansys and Abaqus, and a new chapter on additional FEM topics including extended FEM (X-FEM). Professional engineers will benefit from the introduction to the many useful applications of finite element analysis.

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  • Vægt2040 g
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    10 cm
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    21,5 cm
    27,6 cm

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    Radiation MATLAB Navier-Stokes equations Convection Laminar flow Symmetry Differential equations Numerical integration Lagrange equations Viscous flow Conduction FLUID FLOW Inviscid flow Plate Stress analysis Equations of motion Variational method Normal Modes Hamilton's principle Streamline Boundary conditions Fluid Film Lubrication Heat transfer Output Radiation heat transfer Jacobi method Least squares method Non-Newtonian Fluid Flow Approximate solution Compatibility Gaussian Elimination Runge-Kutta method Newtonian fluid Lagrangian method Complementary Energy Historical Background Hooke's Law ABAQUS Turbulent flow Real-life problems Stiffness matrix Incompressible Flow Galerkin Approach Weighted Residual Method Free Vibration Solver Functional Poisson Equation Vorticity Time-domain Penalty Method Temperature Distribution Complex Galerkin method Dynamic Response Continuity equation Lagrange interpolation Patch-Test Three dimensional structure Multiplex Simplex Hermite-Interpolation Preprocessor Potential Energy Cartesian coordinate system Accuracy improvement Axisymmetric heat transfer Bernoulli Equation Axisymmetric Element Bending of plates Bending displacement Choleski decomposition method Assembly of element matrices Compatibility equations Confined fluid flow Cubic element Conforming triangular element Coupled differential equations Coordinate transformation matrix Consistent Mass Matrix CST element Cylindrical Coordinates Element capacitance matrix Execution of program Choleski method Flow around a cylinder Eulerian method Consistent load vector Frame element Global Coordinates Hexahedron element Finite difference solution Governing Differential Equation Geometric isotropy Gaussian quadrature Input File Higher order element Electric potential Equilibrium equations Linear triangular element Linear displacement model Flow through an orifice Matrix eigenvalue problem Membrane displacements Flow around an airfoil Non-Newtonian fluid Lumped Mass Matrix M-orthogonalization Graphical display Newmark Method Path line Pseudovariational principle Ideal flow Rectangular membrane element Rate Equations Interpolation function Rayleigh-Ritz method Polynomial form Reissner energy Ring element Quadratic element Radiation heat transfer coefficient Singularity Local coordinates Strain-displacement relations Strain Energy Stream Function Torsion of shafts System equations Square plate Strong and weak forms Matlab library of files Velocity potential Isoparametric element Thermal Stress Truss Element Stream function formulation Subdomain collocation M-file Post processor Momentum equations Power Method Propagation problem Proportional Damping Two-dimensional heat transfer Uniform fin Unsteady state problem Point collocation Tetrahedral coordinates Seepage flow Thick short beam Unsteady state Quadratic triangular membrane element Quasiharmonic equation Space Frame Element Tetrahedron Element Subspace Iteration Method Thick pressure vessels Triangular coordinates Unsteady state term

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