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This thesis studied the optimum design of vibration absorbers
sing genetic algorithms. The design variables include
springiffness, damping coefficient, connecting mass and the
nodes fortaching vibration absorbers. The frequency responses
atfied nodes are the constraints. Because the genetichms has a
better chance of finding global solution andproblems containing
both continuous and discreteeasily, it is selected in this
thesis to be thee optimum parameters and locations of the
vibrationobtained using SGA. This thesis usedthe finite element
analysis program. Also theptimization was established.
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