Numerical Optimization Techniques for Engineering Design: With Applications |
Common terms and phrases
active actually algorithm analysis applications approach approximation assume basic basis becomes beginning bound calculated coefficient components concepts consider constant constraints convergence corresponding create defined dependent variables design space design variables determine discussed efficiency engineering equality constraints Equation estimate evaluations example feasible Figure Finally given gives gradient improve included increased independent inequality constraints initial iteration limits linear load matrix method minimization move multipliers negative nonlinear Note objective function obtained one-dimensional search optimization optimization problem optimization process optimum original parameter penalty function perform polynomial positive possible practice precise presented problem programming quadratic reasonable reduced referred respect satisfied search direction simple simplex method solution solve specified stress structure Subject Table techniques tion truss unconstrained minimization update usually vector violated weight wish X₁ X₂ zero