Employing Artificial Bee Colony In Mathematical Modelling Designing For Predicting Settling Time

Vibration is a mechanical phenomenon whereby oscillations occur about an equilibrium point. A good vibration isolation system will lower the natural frequency of a mechanical system below the excitation frequency. This research paper embrace designing a mathematical model for foresee settling time, holding input parameters such as piezolocation, displacement and velocity. The significant intention of this research papers is to reduce time consumption and cost consume conserve in experimentation process. Here, Genetic algorithm (GA), cuckoo search (CS) and artificial bee colony (ABC) are the optimization techniques involve in this designing process to frame the mathematical model. Among, involved optimization techniques artificial bee colony behaves literally in minimizing error; this model will reveal settling time value as that of measured value in experimentation process by feeding input parameters such as piezolocation, displacement and velocity.