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Browsing by Author "Ramakrishnan, C.V."

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    Computational efficiency of improved move limit method of sequential linear programming for structural optimization
    (1980) Bhaviktti, S.S.; Ramakrishnan, C.V.
    The imporved move limit method of sequential linear programming is briefly explained. Comparison of computing efficiencies is made between the improved method and the conventional move limit method with six test problems. The usefulness of the method in the context of structural optimization is shown with the help of four examples. 1980.
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    Optimum shape design of rotating disks
    (1980) Bhavikatti, S.S.; Ramakrishnan, C.V.
    This paper deals with optimum shape design of the rotating disks by nonlinear programming method. The shape of the cross section is defined by 5th degree polynomial which is completely determined by the boundary conditions and four design variables. The stress analysis of the disk is carried out by finite element method using isoparametric elements. The optimization technique used is with improved movelimit method of sequential linear programming. Progress of optimization is investigated with three different objective functions. After preliminary studies a weighted objective function is selected for detailed investigation. Optimum shapes are obtained for different speeds and for different fit pressures from hub. The results are presented in non-dimensionalised form. 1980.
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    The imporved move limit method of sequential linear programming is briefly explained. Comparison of computing efficiencies is made between the improved method and the conventional move limit method with six test problems. The usefulness of the method in the context of structural optimization is shown with the help of four examples. © 1980.
    (Computational efficiency of improved move limit method of sequential linear programming for structural optimization) Bhaviktti, S.S.; Ramakrishnan, C.V.
    1980
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    This paper deals with optimum shape design of the rotating disks by nonlinear programming method. The shape of the cross section is defined by 5th degree polynomial which is completely determined by the boundary conditions and four design variables. The stress analysis of the disk is carried out by finite element method using isoparametric elements. The optimization technique used is with improved movelimit method of sequential linear programming. Progress of optimization is investigated with three different objective functions. After preliminary studies a weighted objective function is selected for detailed investigation. Optimum shapes are obtained for different speeds and for different fit pressures from hub. The results are presented in non-dimensionalised form. © 1980.
    (Optimum shape design of rotating disks) Bhavikatti, S.S.; Ramakrishnan, C.V.
    1980

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