About this Research Topic
This Research Topic is Volume II of a series. The previous volume can be found here: Development of High-Performance Resin Matrix Composites
This Research Topic deals with the recent advances and trends on scientific research, development and manufacturing technology in resin matrix composites. High-performance resin matrix composites greatly enrich the material science and technology, which have a significant and far-reaching influence on the development of high-technology-intensive fields, such as aviation, aerospace, electronics, railway vehicle, automobile, wind power, oil and gas. Although the scientists have won a great victory in the research and application of resin matrix composites, there are still many common core technologies need to be further considered, including low-carbon, lightweight, corrosion resistance, and many others.
With advances in the fields of mechanics, computational science, advanced manufacturing, advanced characterization and engineering, high-performance resin matrix composites are booming due to the interdisciplinary integration of these fields. In the past few decades, the rapid development of unprecedented computing power, novel mechanical design, advanced manufacturing technology and characterization technology have promoted the rapid development and application of high-performance resin matrix composites in the field of engineering. Therefore, the purpose of this Research Topic is to present high-quality scientific papers to readers who share their interest in high-performance resin matrix composites. In this Research Topic, we plan to summarize the recent advancements in the prediction, properties and functionalization of novel resin matrix composites within the experimental domains and the applications.
This Research Topic focuses on the progress in design, preparation and application of high-performance resin matrix composites. The articles/reviews anticipated are mostly from the fields like experimental synthesis, characterization, manufacturing, simulations and machine learning for advanced applications. Original Research Articles, Reviews, Mini-Reviews, and Highlights are welcome. Interdisciplinary studies are encouraged. Potential topics include but are not limited to the following:
• Development trend, opportunities and challenges of advanced resin matrix composites;
• Development of reinforced fiber, resin matrix, manufacturing technology and structure-function integration technology of resin matrix composites;
• Reliable application of integral structure of resin matrix composites;
• Design techniques for composite materials based on multi-scale modeling and characterization;
• Performance, design and manufacture of resin matrix composites;
• 3D printing and application exploration of resin matrix composites;
• High-efficiency recycling technology of resin matrix composites;
• Application of high-performance liquid-molding resin matrix composites.
This Research Topic deals with the recent advances and trends on scientific research, development and manufacturing technology in resin matrix composites. High-performance resin matrix composites greatly enrich the material science and technology, which have a significant and far-reaching influence on the development of high-technology-intensive fields, such as aviation, aerospace, electronics, railway vehicle, automobile, wind power, oil and gas. Although the scientists have won a great victory in the research and application of resin matrix composites, there are still many common core technologies need to be further considered, including low-carbon, lightweight, corrosion resistance, and many others.
With advances in the fields of mechanics, computational science, advanced manufacturing, advanced characterization and engineering, high-performance resin matrix composites are booming due to the interdisciplinary integration of these fields. In the past few decades, the rapid development of unprecedented computing power, novel mechanical design, advanced manufacturing technology and characterization technology have promoted the rapid development and application of high-performance resin matrix composites in the field of engineering. Therefore, the purpose of this Research Topic is to present high-quality scientific papers to readers who share their interest in high-performance resin matrix composites. In this Research Topic, we plan to summarize the recent advancements in the prediction, properties and functionalization of novel resin matrix composites within the experimental domains and the applications.
This Research Topic focuses on the progress in design, preparation and application of high-performance resin matrix composites. The articles/reviews anticipated are mostly from the fields like experimental synthesis, characterization, manufacturing, simulations and machine learning for advanced applications. Original Research Articles, Reviews, Mini-Reviews, and Highlights are welcome. Interdisciplinary studies are encouraged. Potential topics include but are not limited to the following:
• Development trend, opportunities and challenges of advanced resin matrix composites;
• Development of reinforced fiber, resin matrix, manufacturing technology and structure-function integration technology of resin matrix composites;
• Reliable application of integral structure of resin matrix composites;
• Design techniques for composite materials based on multi-scale modeling and characterization;
• Performance, design and manufacture of resin matrix composites;
• 3D printing and application exploration of resin matrix composites;
• High-efficiency recycling technology of resin matrix composites;
• Application of high-performance liquid-molding resin matrix composites.
Keywords: Resin matrix composites, High performance, Characterization, Manufacturing, Simulations
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
