Newly epoxy resin synthesis from citric acid and the effects of modified almond shell waste with different natural acids on the creation of bio-based composites

17 publications in the local catalog that cite this work (OpenAlex reference match; not the full global list).

1. Appraisal of inorganic and lignocellulosic organic shell wastes as a green filler in epoxy-based hybrid composites 2025 Citations 8 · OpenAlex
2. Appraisal of inorganic and lignocellulosic organic shell wastes as a green filler in epoxy-based hybrid composites 2025 Citations 8 · OpenAlex
3. New biobased chitosan-modified peach kernel shell composites and examining their behavior in different environmental conditions 2024 Citations 8 · OpenAlex
4. New biobased chitosan-modified peach kernel shell composites and examining their behavior in different environmental conditions 2024 Citations 8 · OpenAlex
5. Itaconic acid based epoxy resin and application of olive pomace on the production of composite materials 2024 Citations 6 · OpenAlex
6. Sustainable biobased composites: Fumaric acid-based epoxy resin synthesis and modified natural waste reinforcements 2025 Citations 5 · OpenAlex
7. Sustainable biobased composites: Fumaric acid-based epoxy resin synthesis and modified natural waste reinforcements 2025 Citations 4 · OpenAlex
8. Elastic and acoustic properties determination of epoxy/polystyrene/nanoclay/red mud waste hybrid composites by ultrasonic method 2025 Citations 3 · OpenAlex
9. Synthesis of epoxy resin from linseed oil and development of new bio-based films using Calendula officinalis L. oil 2025 Citations 3 · OpenAlex
10. Elastic and acoustic properties determination of epoxy/polystyrene/nanoclay/red mud waste hybrid composites by ultrasonic method 2025 Citations 3 · OpenAlex