Optimization and modelling of the fracture inhibition potential of heat treated doum palm nut fibres in phenolic resin matrix polymer composite: a Taguchi approach

Alabi, A.A.; Samuel, Bassey Okon; Peter, M.; Tahir, Suraya Mohd

doi:10.1088/2631-6331/ac5466

Cited by 10 publications

(4 citation statements)

References 22 publications

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“…The regression analysis produced a predictive mathematical model for the percentage elongation (PE) as a function of the stir casting process parameters that gave a high level of prediction, with R-Square, R-Square (adj) and R-Square (pred) values of 91.60%, 87.41%, and 79.32%, respectively. According to 55 , 56 , an R-Square value greater than 75% is deemed adequate, implying a good fit between the responses and the process parameters. The regression model is given in Eq.…”

Section: Resultsmentioning

confidence: 99%

Taguchi optimization and modelling of stir casting process parameters on the percentage elongation of aluminium, pumice and carbonated coal composite

Ibrahim

Yawas

Dan-asabe

et al. 2023

Sci Rep

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Aluminium matrix composites, which are a subclass of metal matrix composites, have characteristics including low density, high stiffness and strength, better wear resistance, controlled thermal expansion, greater fatigue resistance, and improved stability at high temperatures. The scientific and industrial communities are interested in these composites because they may be used to manufacture a broad variety of components for cutting-edge applications. This has study observed how the stirring speed, processing temperature, and stirring duration of the stir casting process affected the percentage elongation of Al-Pumice (PP)-Carbonized Coal Particles (CCP) hybrid composites. It also looked at the optimal weight of these natural ceramic reinforcements using the Taguchi optimization technique. While optimizing the percentage elongation property, the hard compound such as silica, iron oxide, and alumina, were discovered during the characterisation of the reinforcement, showing that PP and CCP can be used as reinforcement in metal matrix composite. The percentage of elongation of the hybrid composite was shown to be most affected by the PP, followed by processing temperature, stirring speed, CCP, and stirring time, using stir casting process parameter optimization. It was observed at 2.5 wt% of pumice particles, 2.5 wt% of carbonated coal particles, 700 °C processing temperature, 200 rpm stirring speed, and 5 min stirring time, the optimum percentage of elongation was discovered to be 5.6%, which is 25.43% lower than the percentage elongation of Al-alloy without reinforcing. The regression study developed a predictive mathematical model for the percentage elongation (PE) as a function of the stir casting process parameters and offered a high degree of prediction, with R-Square, R-Square (adj), and R-Square (pred) values of 91.60%, 87.41%, and 79.32% respectively.

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Section: Resultsmentioning

confidence: 99%

Taguchi optimization and modelling of stir casting process parameters on the percentage elongation of aluminium, pumice and carbonated coal composite

Ibrahim

Yawas

Dan-asabe

et al. 2023

Sci Rep

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“…Another major drawback is their hazardous nature during processing which makes them injurious to health. Recently, research focus has been shifting more to the exploration of the natural fiber reinforced composites from the traditional monolithic materials (Samuel et al, 2022a;Samuel et al, 2022b;Alabi et al, 2022;Samuel et al, 2022c;Samuel et al, 2022d). The composition of composite materials constituents (e.g., polymers and fibers) used for the development of wind turbine blades are usually varied to achieve improved performance or properties.…”

Section: Current Materials For Wind Turbine Blade Manufacturementioning

confidence: 99%

Potential Natural Fiber Polymer Composites for Wind Turbine Blade Development: A Short Review

Samuel

Sumaila

Dan-asabe

2023

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The wind turbine blade which is currently developed with carbon and glass fiber-filled composites, is a key part of the wind turbine system used in the production of wind energy. Present-day realities have necessitated the need for the replacement of these materials which are costly, scarce, non-biodegradable, non-eco-friendly, with natural fibers which are more available, and eco-friendly, hence, this research. This study gives an overview of the wind energy industry, the systems of production with the blades in particular. It describes the attributes of natural fibers, their composites, and hybrids of the natural fibers, their defects, and their possible application in the development of wind turbine blades.

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“…The model indicated that check time, decision time, and delivery time were the main factors influencing downtime, rather than the actual maintenance time. This shows that there is the need for the optimization of not only the process of patients access to the machines but also the availability (Samuel et al, 2022a;Samuel et al, 2022b;Alabi et al, 2022). The purpose of this study is to assess the management and maintenance of external beam linear accelerators and cobalt 60 radiotherapy machines in Nigeria.…”

Section: Introductionmentioning

confidence: 99%

Evaluating the Management and Maintenance Practices of Linear Accelerator and Cobalt-60 Cancer Treatment Machines in Nigeria: A Comprehensive Assessment

Ilupeju,

Anafi,

Samuel

2023

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This research paper investigated the state of radiotherapy machines and their management in cancer treatment centers in Nigeria. The study aimed to identify the challenges faced by these centers and propose strategies for improvement. Through a comprehensive analysis of data collected from surveys and questionnaires, critical issues impacting the availability, reliability, and effectiveness of radiotherapy machines were highlighted. The findings revealed a significant shortage of radiotherapy machines across the nation, with Nigeria having less than 6% of the required number of linacs. This scarcity led to a high workload on the existing machines, resulting in long waiting lists and compromised treatment outcomes. Management challenges, such as the absence of preventive maintenance policies, inadequate personnel training, delayed spare parts delivery, and limited engagement of maintenance contractors, were identified. The research emphasized the need for supportive cancer treatment machines, including orthovoltage and superficial machines, to alleviate the burden on existing radiotherapy machines. However, most centers lacked these supportive machines, limiting their ability to provide comprehensive care to patients. Financial sustainability also emerged as a significant concern, as internal funds proved insufficient for maintenance and operations. The involvement of the government and the establishment of independent regulatory bodies were proposed to address these challenges. In conclusion, this study called for urgent action to address the gaps and challenges in radiotherapy machine management in Nigeria. It highlighted the importance of increasing the number of machines, implementing preventive maintenance policies, enhancing staff training, and securing adequate funding. By doing so, the quality of cancer care could be significantly improved, leading to better patient outcomes and a more robust healthcare system in Nigeria.

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Optimization and modelling of the fracture inhibition potential of heat treated doum palm nut fibres in phenolic resin matrix polymer composite: a Taguchi approach

Cited by 10 publications

References 22 publications

Taguchi optimization and modelling of stir casting process parameters on the percentage elongation of aluminium, pumice and carbonated coal composite

Taguchi optimization and modelling of stir casting process parameters on the percentage elongation of aluminium, pumice and carbonated coal composite

Potential Natural Fiber Polymer Composites for Wind Turbine Blade Development: A Short Review

Evaluating the Management and Maintenance Practices of Linear Accelerator and Cobalt-60 Cancer Treatment Machines in Nigeria: A Comprehensive Assessment

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