Analysis of the mechanical properties of tensors made of recycled polyethylene fibers

Abstract

The analysis of new fibers and their performance has become a constant study of international purpose as an eco-efficient alternative, due to the great ecological value that allows achieving a sustainable development; the purpose of this study is to reuse recycled waste under the premise of protecting the environment, energy and reducing pollution with the reuse of PET plastic bottles. Its use allows the mechanical improvement regarding weight, strength and resistance through recycled polyethylene tensors applied to civil structures since polyethylene has been widely accepted due to its good chemical resistance, lack of odor, non-toxicity, low water vapor permeability, excellent electrical properties and light weight. These benefits allow the development of recycled polyethylene and its performance through tensors as a new alternative in mechanical behavior for its later application to multiple problems within Civil Engineering and how these tensors functionally and environmentally sustainable can be a new and better alternative solution in the performance of the engineer.