Abstract

In accordance with the aquisition of a light fleet aircraft carrier (CVL) in the future, Korea Navy needs to consider the naval battle ships combination of carrier strike group (CSG) to escort CVL. Existing studies have been focused on the necessity, legitimacy, and qualitative contents related to the introduction of CVL, but quantitative studies on the combination of CSG for the operation of CVL are rarely studied. In addition, it is difficult to similarly accommodate the battle ships combination of advanced countries such as the United States and the United Kingdom, etc., which are operating the CSG, due to the different types of battle ships, the number of possessions, and their weapon system. We propose an optimization mathematical model based on goal programming about the combination of CSG for battle ships owned by the Republic of Korea navy or planned to be introduced in the future. The proposed study considers the optimal method to satisfy the power index, operation maintenance cost, and constraints that include CSG combination by applying the two goals of maximizing combat power and minimizing input cost.

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