상태․공간 방식에 의한 항공기 가로 및 방향 동특성 해석

다국어 초록 (Multilingual Abstract)

State-space method for the analysis of the dynamic characteristics of a body motion is set up as mathematical tool for the solution of differential equation by computer. Representation of a system is described as a simple form of matrix calculation and unique form of model is available for the linear or nonlinear, time variant or time invariant, mono variable or multi variable system etc. For the analysis of state-space method a complicated vector calculation is required, but this analysis can be simplified with the specific functions of a software package. Recently as the Graphical User Interface softwares are well-developed, then it is very simplified to execute the simulation of the dynamic characteristics for the state-space model with the interactive graphics
treatment. The purpose of this study is to develope the simulator for the analysis of the lateral and directional dynamic characteristics of an aircraft that is primarily to execute the simulation for the analysis of the transient response of an aircraft lateral and directional stability.

목차 (Table of Contents)

• Abstrac
• 1. 서 론
• 2. 가로 및 방향 운동방정식
• 3. 상태․공간 모델
• 3. 1 운동방정식의 상태․공간 모델
• 3. 2 안정도함수와 상태방정식
• 4. 계산 및 결과 검토
• 4. 1 항공역학 변수 및 안정도함수 결정
• 4. 2 결과 검토
• 4. 결 론
• 참고문헌