By Ru-Min Wang, Shui-Rong Zheng, Yujun George Zheng
Given such homes as low density and excessive power, polymer matrix composites became a everyday fabric within the aerospace and different industries. Polymer matrix composites and know-how presents a beneficial assessment of those fabrics, their processing and performance. After an introductory bankruptcy, half 1 reports the most reinforcement and matrix fabrics used in addition to the character of the interface among them. half 2 discusses forming and molding applied sciences for polymer matrix composites. the ultimate a part of the ebook covers key points of functionality, together with tensile, compression, shear and bending homes in addition to impression, fatigue and creep habit.
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Additional info for Polymer Matrix Composites and Technology
SAMPE J, 36(5):18−24 Lewis S J. 1994. The use of carbon fiber composites on military aircraft. Composites manufacturing, 5(10):95−103 LIU Xiongya. 1994. Composites technology and equipments. Wuhan: Wuhan University of Technology Press Lovel D R. 1995. Carbon and high performance fibers. ). London: Chapman & Hall 548 References Mazumdar S K. 2002. Composite manufacturing: materials, produt and process engineering. Boca Raton: CRC Press McMullen P. 1984. Fiber/resin composites for aircraft primary structures: a short history 1936−1984.
5, we use tensile breaking force Pb to represent the strength of the yarn. , convert to the fracture strength σb (kg/cm2). Thus it is easy to compare the strength of yarns in different sizes. 54 g/cm3 . 4) The reasons that yarn’s strength is lower than the monofilament strength By calculating, we find the converted fracture strength of yarn much lower than the strength of monofilament, the reasons are shown in following. 2 Glass fiber 45 additional torsion force, but the experiment has shown that glass fiber, only if the turns are greater than 300, will be affected obviously.
This gives higher demands for the sensitivity, accuracy and response speed of the sensing part and the implementing part of materials. Intelligent composite materials are the pursuit of the objectives in the 21st century. 6 Developing nano-composite materials and biomimetic composite materials 1) Nano-composite materials When the size of material is in range of the nano-size, the main components of the material concentrate on the surface. For example, when the particle is 2nm in diameter, the surface atoms will occupy 80% overall.
Polymer Matrix Composites and Technology by Ru-Min Wang, Shui-Rong Zheng, Yujun George Zheng