Evaluation of Smart Materials in using the VIKOR Method

Abstract

Smart materials are environmentally friendly Materials that respond to changes and then a Material property is subject to change. Any extras without the need for control or electronics an actuator or sensor from objects these property changes can be used to create. Smart material technology and its functions adapting to environmental changes through implementation helps us. Multifunctional material, of sorts A smart material, its geometry modification or property by electrical impulses, to produce change can be implemented. From this analysis the VIKOR technique is the most accurate determines a worst-case-good solution, however, is variation these Distance is not taken into account. VIKOR the approach is Multi-Criteria Selection (MCDM) or Multicriteria selection is an evaluation technique. Alternative: Density, Nominal stress, Actuation frequency, Stimulation. Assessment Option: Piezoelectric ceramic, piezoelectric composites, openness Shape memory polymer (SMP), Elastic-active polymer (EAP), Magnetostriction. It is solved by using the VIKOR method. It is the data set of this paper. The result it is seen that Shape memory polymer (SMP) is got the first rank where as is the Magnetostriction is Very low rank. In this paper Shape memory polymer (SMP) is got the first rank whereas is the Magnetostriction is having the lowest rank