The thesis presents an innovative study on the dynamic characterization of cellulose semi-finished products with the inclusion of invasive plant species. It highlights the key research problem of enhancing the environmental sustainability of packaging materials by substituting traditional materials with more recyclable or eco-friendlier alternatives. This study focuses on incorporating invasive plant species into cellulose-based packaging as a novel approach to address the environmental issues and the growing problem of invasive species. This research aims to explore the potential of these invasive species and conventional materials used in packaging. The semi-finished products developed could further be utilized as actual packaging materials. These products will be examined for material and mechanical parameters, attempting to optimize their damping properties, which is a significant challenge for cellulose materials. By varying the shape of the products, the research seeks to achieve optimal damping properties for the cellulose semi-finished product, addressing a major issue of cellulose materials. The study will evaluate the impact of adding invasive plant species on these properties and assess the feasibility of including such ingredients in packaging products. In conclusion, the research aims to develop experimental packaging for a household appliance, using available and cost-effective processes and devices, thus contributing to the field of sustainable packaging solutions.
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