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Journal of the Korea Institute of Military Science and Technology 2007;10(1):5-13.
A Study on Course Correction Performance Expectation & Algorithm Implementation of 1D CCM
Ki-Pyo Kim
1D CCM 탄도수정 성능예측 및 알고리즘 구현 연구
김기표
국방과학연구소 기술연구본부 3부3팀
Abstract
The trajectory of an current artillery munition is subject to a variety of different error sources resulting in more or less big deviation from the nominal predicted flight path. The 1D CCM(Course Correction Munition) has appeared to solve this problem and the mechanism of 1D CCM is a simple and low cost one using the influence of drag to range behavior of an artillery munition. In the paper 1D CCM concept has been simulated using wind tunnel experiment results of the specified Korean munition with CCF(Course Correction Fuze) and calculated the performance of its rang error reduction. From the simulated results it can be numerically explained that the possibility of adaptation of 1D CCM concept to Korean artillery munitions.
Key Words: 1D CCM(Course Correction Munition), 1D CCF(Course Correction Fuze), Range Error Reduction, Drag Break


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