THERMAL AND STRUCTURAL ANALYSIS OF BIO-DEGRADABLE PLA-BASED NANO ALUMINUM FOILS FOR HEAT DEPOSITION

Authors

  • R.Narmada, K.Mounika

DOI:

https://doi.org/10.48047/resmil.v13i4.4491

Keywords:

PLA, aluminium, biodegradable, ANSYS

Abstract

The development of natural and biodegradable materials based on biodegradable food packaging materials is one of the largest global environmental issues of our time. But the waste problem may be at least somewhat resolved by employing biobased packaging materials, such as food-grade or biodegradable films created from recycled materials. With the correct product selection and packaging method, goods may remain consistent and fresh for as long as they are promoted and used. Nevertheless, due to its subpar mechanical and gas barrier properties, the market's access to bio-based food packaging is limited. They use Ansys 2020 R1 in their investigation to look at thermal and structural research. The aluminium PLA aerofoils 3N, 6N, and 9N were examined, along with the 120C, 360C, 400C, and 500C applied temperatures. Finally, a comparison of the confirmed results.

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Published

2023-12-19

How to Cite

R.Narmada, K.Mounika. (2023). THERMAL AND STRUCTURAL ANALYSIS OF BIO-DEGRADABLE PLA-BASED NANO ALUMINUM FOILS FOR HEAT DEPOSITION . RES MILITARIS, 13(4), 476–480. https://doi.org/10.48047/resmil.v13i4.4491