Comparison of nonlinear programming techniques for the optimal design of transformers

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Comparison of nonlinear programming techniques for the optimal design of transformers

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In many papers on the application of nonlinear programming techniques to the solution of engineering problems, such as an induction-motor design, the sequential unconstrained minimisation technique is adopted. It is shown in the paper that a nonsequential approach will lead to the same end results with much less computational time. In addition it is shown that a considerable saving in computational time could be achieved in transformer design optimisation by considering the whole problem to consist of a single constraint such as the cost function, with the sum of all suitably weighted constraints on the design performances being brought under the objective function evaluation.

Inspec keywords: nonlinear programming; CAD; optimisation; power transformers

Other keywords: nonlinear optimisation; CAD; nonlinear programming techniques; power transformers; optimal design; manufacturing cost

Subjects: Design; Power engineering computing; Project and design engineering; Transformers and reactors

References

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      • G. Stephanopoulos . A note on the optimisation of constrained design problems. J. Optimiz. Theory & Appl.
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