Estimation system and method of optimum carbon fiber content of multi-layered composite for developing CFRP hull structures

摘要

The present invention relates to a technique for optimally designing a carbon fiber reinforced composite material constituting the small-sized ship in accordance with international standards. The present invention is based on international standards, And to a system and method for optimizing the design of a carbon fiber reinforced composite material through optimum design of structural members. The present invention includes a main specification analysis unit for extracting specification information necessary for calculating a design load from a main specification of a design line to be designed and determining a design area for calculating the design load, A design criterion determining unit for determining an optimal design load according to the determined design area based on at least one international standard for hull design, And an optimum stacking number determining unit for determining an optimum stacking number of the composite material to form the estimated thickness required for forming the outer shell with respect to the impregnation ratio, and a method for implementing the same.