What people are saying - Write a review
We haven't found any reviews in the usual places.
Augmented Lagrangean Techniques for the Integrated Design
Optimality Criterion Algorithm for Mixed Steel and Reinforced
Structural Optimization by Virtual Strain Energy
32 other sections not shown
Other editions - View all
algorithm analysis model applied approach approximation beam blade boundary buckling cable-stayed bridges calculated coefficients components considered convergence criterion cross-sectional area defined deflection density derivatives design model design problem design variables developed displacement constraint distribution dynamic efficient eigenvalue elastic Engineering equations evaluation example finite element finite element analysis finite element method forces formulation frame frequency fuzzy geometric goal programming gradient hole initial iteration Lagrange multipliers Lagrangean laminate linear linear programming load material mathematical maximum Mechanics minimize minimum weight mode shapes move limit nodal node nonlinear Nonlinear Programming objective function obtained optimality criteria optimisation optimization problem optimization procedure optimization process optimum design parameters plate programming respect seismic sensitivity analysis shape optimization shear shell simulation solution solved strain energy stress constraints structural optimization strut subproblem surface Table Taylor series thickness truss values valve variation vector