Abstract
Continuous, plain-weave Nicalon-fiber reinforced SiC composites have been successfully manufactured using a novel method termed forced chemical vapor infiltration (FCVI). The FCVI technique can be modeled using the finite-volume method to optimize the processing conditions, thus saving fabrication time and cost. Theoretical modeling was conducted to evaluate the influence of fiber fabric orientation and coating thickness on the mechanical behavior of woven fabric reinforced composites. The predicted results were in good agreement with experimental data.
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