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Experimental investigation on the mechanical behavior of recycled rubber reinforced polymer composites filled with aluminum powder
https://orcid.org/0000-0001-8384-8936
Highlights The recycling of the waste rubber can help in reducing it and its environmental threat. Processing of new class of composites containing high amount of recycled elements in order to improve their mechanical properties with low operational costs. Incorporation of micro-sized aluminum powder with different ratio on elastomeric matrix essentially based on waste rubber. An experimental characterization of mechanical properties of the designed composites to define the usefulness and application of these materials in construction. Looking into metallic fillers distribution on composite matrix with morphological observations on the tensile fracture surface using a Scanning Electron Microscopy SEM.
Abstract Simple and economic process was proposed to manufacture new composite from scrap elastomers (NR) matrix reinforced essentially with different content of aluminum powder. The principal goal of the present work was an improvement of mechanical performance of composites containing high amount of recycled elements, which were, in turn, required for specific applications. For this purpose, mechanical and morphological properties of the designed materials were investigated at various mixing ratio. The results revealed that aluminum powder incorporation had a good and specific effect on reshaped rubber behavior. SEM observations were presented to highlight that homogeneous distribution of the particulate reinforcements in the matrix was fundamental to guaranty the best performance.
Experimental investigation on the mechanical behavior of recycled rubber reinforced polymer composites filled with aluminum powder
https://orcid.org/0000-0001-8384-8936
Highlights The recycling of the waste rubber can help in reducing it and its environmental threat. Processing of new class of composites containing high amount of recycled elements in order to improve their mechanical properties with low operational costs. Incorporation of micro-sized aluminum powder with different ratio on elastomeric matrix essentially based on waste rubber. An experimental characterization of mechanical properties of the designed composites to define the usefulness and application of these materials in construction. Looking into metallic fillers distribution on composite matrix with morphological observations on the tensile fracture surface using a Scanning Electron Microscopy SEM.
Abstract Simple and economic process was proposed to manufacture new composite from scrap elastomers (NR) matrix reinforced essentially with different content of aluminum powder. The principal goal of the present work was an improvement of mechanical performance of composites containing high amount of recycled elements, which were, in turn, required for specific applications. For this purpose, mechanical and morphological properties of the designed materials were investigated at various mixing ratio. The results revealed that aluminum powder incorporation had a good and specific effect on reshaped rubber behavior. SEM observations were presented to highlight that homogeneous distribution of the particulate reinforcements in the matrix was fundamental to guaranty the best performance.
Experimental investigation on the mechanical behavior of recycled rubber reinforced polymer composites filled with aluminum powder
https://orcid.org/0000-0001-8384-8936
Highlights The recycling of the waste rubber can help in reducing it and its environmental threat. Processing of new class of composites containing high amount of recycled elements in order to improve their mechanical properties with low operational costs. Incorporation of micro-sized aluminum powder with different ratio on elastomeric matrix essentially based on waste rubber. An experimental characterization of mechanical properties of the designed composites to define the usefulness and application of these materials in construction. Looking into metallic fillers distribution on composite matrix with morphological observations on the tensile fracture surface using a Scanning Electron Microscopy SEM.
Abstract Simple and economic process was proposed to manufacture new composite from scrap elastomers (NR) matrix reinforced essentially with different content of aluminum powder. The principal goal of the present work was an improvement of mechanical performance of composites containing high amount of recycled elements, which were, in turn, required for specific applications. For this purpose, mechanical and morphological properties of the designed materials were investigated at various mixing ratio. The results revealed that aluminum powder incorporation had a good and specific effect on reshaped rubber behavior. SEM observations were presented to highlight that homogeneous distribution of the particulate reinforcements in the matrix was fundamental to guaranty the best performance.
Experimental investigation on the mechanical behavior of recycled rubber reinforced polymer composites filled with aluminum powder
Allouch, Marwa (author) / Kamoun, Moez (author) / Mars, Jamel (author) / Wali, Mondher (author) / Dammak, Fakhreddine (author)
2020-06-04
Article (Journal)
Electronic Resource
English
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