Comparative studies on flexural strength analysis of jute fiber vinylester based on hybrid composites with and without garnet filler particles

The purpose of this research is to determine the flexural strength of hybrid composites that are composed of vinyl ester, jute fibre, and a novel garnet filler. The hybrid composites are the subject of this research. The Content and the Process: This technique makes use of two different groupings of resources, which are referred to as group 1 and group 2. Group 2 is made up of new hybrid composites that make use of garnet filler, whereas Group 1 is made up of composites that are based on jute filler technology. For the purpose of this investigation, there are a total of two groups: one that acts as a control and makes use of cobalt napthenite, and another that acts as an experimental group and makes use of produced composite plates. Using SPSS analysis with G power values of 80 percent, it was finally demonstrated that composite materials are environmentally friendly (sustainable). The hand layup method was utilised in the production of a novel vinyl ester composite that included jute fibre and a new garnet filler. The outcomes of a laboratory investigation into the flexural strength increase of the two hybrid composites are used as the basis for our evaluation of the performance of these composites. The hybrid composite that was selected has a flexural strength of 19.6 percent, which comprises jute fibre. On the other hand, the new garnet filler has a flexural strength of 49.55 percent. The results of the study indicate that there are statistically significant differences with two tails (P=0.002: 0.05). There is a significant difference between the two groups in terms of the statistical significance of their differences. The flexural strength of the hybrid composite that has been recommended, which has a novel garnet filler that is ten percent, is significantly higher than that of the materials that are considered to be standard. When compared to the other hybrid composites that were taken into consideration, the one that contains jute fibres has a better flexural strength and is more cost-effective.