Aplikasi Metode Augmented Lagrange Multiplier Pada Optimasi Bentuk Kantilever
Abstract: The globalization
and free trade era all fields require be optimizing and working efficiently. In
they are of design, optimization is used for reducing process times and
production cost, increase quality, and the accuration of product design in
other to produce competitive products. Optimization process also provide a
systematic design procedure which can used for solving several design variables
and constraints which are difficult tovisualized graphically. Augmented
Lagrange Multiplier (ALM) is promising optimization method because of the fast
convergence rate and insensitive with penalty multiplier. Convergence rate is
more influenced by the addition of Lagrange multiplier. The objective of this
study is to understand ALM method and its characteristics, to create the
computer program using this method and their application, to optimize the shape
of a cantilever beam to get optimum design. The ALM method optimization
software has already programed with several cases. This program can be applied
in the other optimization cases. The optimization of a cantilever beam has
applied to the program and resulted a minimum weight of 875, 56 kg in third
model.
Penulis: Nasrullah, Sir
Anderson, Yazmendra Rosa
Kode Jurnal: jptmesindd110151
