Exploring Composite Manufacturing Processes: Current Applications and Sustainability Improvement

In the dynamic field of composite manufacturing, there exist various critical areas of research that offer potential for future progress. The utilization of natural fiber-composites presents an opportunity for a more sustainable approach, with a focus on improving the extraction and refining processes, as well as enhancing their inherent properties such as resilience and environmental resistance. The domain of epoxy tooling, which is being shaped by the impact of Industry 4.0, holds the potential to improve production efficiency and drive the adoption of environmentally friendly epoxy resins. In the realm of self-healing materials, there exists a captivating domain that exhibits promise in refining its inherent self-repair capabilities and uncovering novel avenues for utilization. Furthermore, the prioritization of agility and autonomy in composite fabrication highlights the necessity for advanced mobile and autonomous tools, enhanced control over material movements at various scales, and predictive simulation techniques. The examination of these research dimensions has the potential to significantly transform the field of composite manufacturing, with a particular focus on enhancing aspects such as quality, sustainability, and innovation.