Original scientific paper
Panels made from recycled tire-application of linear model to test the tensile force
Andjelko Crnoja
Abstract
Background: Number of used tires is increasing every day and the accumulation of
such waste is a serious problem in terms of environmental protection and in terms of
delay and deposition (End-of-LifeTires, 2019). Over the last twenty years the study of
new ways to use products from recycled tires has been intensified. When developing
new products, it is important to investigate how certain properties of the materials
used change. According to the available literature, different variants of material
composition and processing approaches have been investigated (Kowalska,
Chmielewski, Guleira & Dutta, 2017; Zaoiai, Makani, Tafraoui & Benmerioul, 2015).
Objectives: The aim of this work, based on the evaluation of an experiment using a
mathematical model, is to determine the required structure of the material. The
possibility and correctness of using the linear model was determined.
Methods/Approach: The experiment was conducted to check the magnitude of the
deformation depending on the stress. Results: Based on the obtained results, the
accuracy of the applied linear model and the influence of individual factors on the
results of the experiment were evaluated. Conclusions: Mathematical linear model
estimation refers to the determination of quantitative parameters in the structure of
a material. If the required deformation is defined or acceptable, other material
parameters can be determined with some accuracy.
Keywords
mechanical properties; linear model; rubber crumb; tensile; deformation
Hrčak ID:
251394
URI
Publication date:
9.7.2020.
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