QE Topics List: Structural Analysis August 2003

QE Topics List: Structural Analysis August 2003

QE Topics List: Structural Analysis August 2003 General Trusses Structural idealizations Equations of static equilibrium in 2-D and 3-D Method of sections; method of joints Static determinacy (vs. indeterminacy) and stability (including Stiffness method of analysis for 2-D and 3-D configurations eigenvalue methods) Temperature loads; misfits; secondary stresses Reactions for statically determinate structures Moving loads; influence lines (Mueller-Breslau principle) Matrix algebra: Operations – multiplication, transposition, and use of submatrices Determinants; inverses; linear equations; Gauss elimination; Choleski decomposition The Finite Element Method for Two-Dimensional Problems 2-D elasticity (stress equilibrium; strain-displacement; Hooke’s law; compatibility; Cauchy relations; plane stress and plane strain idealizations) Principle of virtual displacements for 2-D continuum Constant strain triangle (CST) element formulation (B matrix; stiffness matrix) Solution of simple plane stress and plane strain linear elasticity problems using CST elements Interpretation of computed strains and stresses from CST solutions Continuous Beams and Frames Virtual Work and Energy Methods Shear and moment diagrams for beams Principle of virtual displacements for truss and beam-frame Differential equation for beam bending structures Moment-area and conjugate beam methods for deflections Interpolation concepts; beam interpolating (shape) Moment distribution method (beams and frames without functions sidesway) Finite element for beams; internal and external virtual work Stiffness method for 2-D and 3-D configurations: for beams Applications to continuous beams and simple frames with sway Beam stiffness coefficients and fixed-end forces via flexibility method Plane frame element coordinate transformation Methods to impose displacement boundary conditions Modified frame stiffness for force-moment releases Imposition of non-global displacement constraints Methods to orient space frame elements Structural symmetry; load decomposition to symmetric and anti- symmetric parts Internal hinges; elastic supports; semi-rigid connections; curved members .

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