Neutrosophic Hesitant Fuzzy Techniques and its Application to Structural Design

Abstract

Structural optimization in construction has attracted significant attention to sustainable
development. In reality, structural model is associated with different imprecise parameters. Several
factors influence the uncertain framework for optimization structural models. To tackle such
structural difficulties, an effective design and optimization configuration is required. In this
proposed work, we have created a solution procedure to solve multi objective problems under
neutrosophic-hesitant fuzzy (NHF) environment in context of structural design. The suggested
procedure is based on the NHF decision-making set that assigns a set of potential values for each
objective function’s membership, non-membership, and indeterminacy degrees in a NHF
environment. The efficiency, applicability, and utility of the proposed technique are presented here
by using a three-bar truss design model.