Advances and Trends in the Development of Organic-Based Composite Materials with Polymeric Matrices

Yina Paola Ortega; Jairo Flórez Páez; Dagoberto Lozano Rivera

doi:10.4028/p-iy0whP

Paper Titles

Innovative Bioplastic-Lead Composites for Radiation Dose Reduction in Femur Examinations: Optimizing Portrait and Diagonal Detector Positions Through Image and Anatomical Analysis
p.3

Effects of Catalyst Loading and Reaction Temperature on the Production of Hydroxymethylfurfural (HMF) from Brewers’ Spent Grain (BSG) Hydrolysate
p.19

Advances and Trends in the Development of Organic-Based Composite Materials with Polymeric Matrices
p.47

Kraft Pulping of Mango Seed Husk: Lignin Yield Optimization and Potential Resin Application
p.61

Effects of the Packaging Material and Storage Time on the Controlled Release of the Volatile Compounds in Lemongrass and Cinnamon in Cinnamal Tea Bags
p.91

Analysis of Functional Groups in 3D Printing Filaments Made from Biocomposite Polymer and OPEFB Natural Fiber
p.99

Green Synthesis of Azolla Pinnata Extract Nanoparticles for Nickel Removal from Industrial Wastewater: An Optimization Study
p.107

Physical Characteristics and Oil Sorption Behavior of Fibers Derived from Oil Palm Empty Fruit Bunch Spikelets
p.119

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Advances and Trends in the Development of Organic-Based Composite Materials with Polymeric Matrices

Abstract:

This research focuses on bibliometric analysis using R Studio and Bibliometrics as tools for data collection and evaluation related to advances and trends in developing organic-based composite materials with polymeric matrices. The importance of this analysis lies in understanding how these materials require a well-defined matrix that acts as a continuous phase, providing resistance to compressive stress while facilitating interaction with the discontinuous phase to withstand tensile forces. Additionally, it is essential to objectively establish the reinforcing fibers that make up the dispersed phase, as they protect the material against environmental factors and mechanical agents, preventing negative effects such as wear, buckling, and compressive stress. Proper selecting phases is crucial when evaluating the results obtained about the estimated values. Thus, one of the main challenges in formulating polymeric compositions for composite material development is the accurate identification of matrices along with the supporting material. As a result of the challenges associated with the production of these materials, this research confirms, through bibliographic analysis, the increasing exploration of such composites, their impact on various fields throughout history, the technical difficulties inherent in their fabrication in many proposed cases, and the costs involved in their manufacturing.