Mechanical Behavior of Natural/Synthetic Weft-Knitted Structures Commonly Used as Reinforcement of Hybrid Composites via Full Factorial Design: Yarn Compositions and Float Stitches

Impact of yarn compositions, loop length, and float stitches on the mechanical behavior of knitted fabrics via full factorial design and RSM

“…The performance of the mechanical properties of jersey-knitted fabrics made from synthetic knitting yarns was noteworthy. These fabrics are commonly used in textile-reinforced composite materials [ 39 ]. After adjusting the statistical data, the stress (0.05 Pa), strain (0.04), Young's modulus (0.08 Pa), and rupture work (3.37 J) for knitted fabric structures in the wale direction exhibited remarkably low standard deviations.…”

Investigation of the Impact Response of Plain Weave E-Glass Composite Structure Based on the EN ISO 178 Standard

“…During the testing phase, the specimens were loaded while being subjected to tensioncompression stress [26,27]. The methodology for the fatigue tests that were used in this inquiry was based on EN ISO 178, and the tests were conducted according to that standard.…”

“…modulus of elasticity, passion ratio, and density are the prerequisites for the simulation that is now being performed. These values have been recognized and compiled in accordance with the situation [28]. For the purpose of determining the impact response of the materials, it is necessary to include these values into the engineering data of the ANSYS programme in the same manner as indicated in Table 1.…”

Towards sustainable and ecofriendly polymer composite materials from bast fibers: a systematic review

“…Composites are materials that are made by combining two or more different materials to create a new material with improved properties [81,82]. The constituent materials can be in the form of fibers, particles, or flakes, and they are typically embedded in a matrix material, which holds them together and transfers the stresses between them [83][84][85]. The resulting composite material has properties that are different from those of the individual materials, such as increased strength, stiffness, or durability.…”

“…The use of composites has revolutionized the design and manufacturing of many products, allowing for lighter, stronger, and more efficient structures [86,87]. The classification of composites depends on various factors, such as the type of matrix and reinforcement materials used, the structure of the composite, the function of the composite, and the processing method used to produce it [81][82][83][84][85][86][87][88]. In this context, understanding the properties and classification of composites is crucial for their design and application in a wide range of fields.…”