Book
Experimental Mechanics of Fiber Reinforced Composite Materials
This monograph provides a comprehensive review of the state-of-the-art experimental methods for characterizing the mechanical properties of fiber-reinforced composite materials from an applied-mechanics perspective. It bridges the gap between theoretical macromechanics and practical laboratory testing, covering fundamental topics such as lamination theory, orthotropic material behavior, and specific test methodologies for tension, compression, and shear. The book also examines the experimental tools available to researchers, the effects of environmental factors like moisture on composite performance, and the analysis of stress distributions around notches and circular holes. By integrating analytical equations with practical testing procedures, this work serves as an essential reference for engineers and scientists involved in the structural design and quality assurance of advanced composite systems.
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