대공포 포탑의 모터 제동장치 개선 연구
A Study on Improvement for Motor Brake System for Air Defense System
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초록
Air Defense System requires fast movement of the turret to detect and attack the flying target of enemy. In order for the air defense system to operate accurately and properly, it is necessary to optimize the design of the motor brake system. The air defense system that is not designed properly has possibility of low performance of the gun turret and environment of operators. The previous air defense system had such flaw in its design and it caused much noise and current in the operation of the turret. In order to resolve this flaw, we changed the position and design of the components of the motor brake system to reduce load and achieved the 62.5% reduced current and 40% reduced noise of the motor brake system compared to the previous design.
Abstract
Air Defense System requires fast movement of the turret to detect and attack the flying target of enemy. In order for the air defense system to operate accurately and properly, it is necessary to optimize the design of the motor brake system. The air defense system that is not designed properly has possibility of low performance of the gun turret and environment of operators. The previous air defense system had such flaw in its design and it caused much noise and current in the operation of the turret. In order to resolve this flaw, we changed the position and design of the components of the motor brake system to reduce load and achieved the 62.5% reduced current and 40% reduced noise of the motor brake system compared to the previous design.
참고문헌 (5)
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- 박기완, "브레이크 디스크 표면 패턴에 따른 FE 스퀼 및 진동해석", 한국기계기술학회지, 19(6), pp.899~905 (2017), 한국기계기술학회[DOI]
- The Report on the Initial Production Test & Evaluation for the Elevation and Azimuth motor of BIHO, "H. Y. Yang", ~, pp.DTaQ-08-1714-T (2017)