CATIA를 이용한 RC 헬리콥터 설계

1. CATIA Interface 및 옵션 설정
1) CATIA Interface
2) 옵션 설정
2. 헬리콥터란?
1) 헬리콥터의 역사
2) 헬리콥터의 특징
3) 기본 형태 및 종류
(1) 민간 헬리콥터
(2) 군용 헬리콥터
4) 헬리콥터의 기본 구조
3. 3차원 모델링을 해보자 : Sketcher, Part Design, Generative Shape Design
1) Main Rotor Part
(1) Main Shaft
(2) Main Rotor Housing
(3) Head Stopper
(4) Feathering Shaft
(5) Main rotor holder
(6) Blade
(7) Fly bar
(8) Fly bar Holder
(9) Mixing lever
(10) Washout base
(11) Fly bar control lever
(12) Washout linkage
(13) Swash plate
(14) Control rod
(15) T-type control arm
(16) Linkage rod
2) Body Part
(1) Aluminum Battery mounting plate
(2) Battery mounting plate
(3) Main shaft mount
(4) Anti rotation Bracket
(5) Upper bearing case
(6) Lower bearing case
(7) Tail boom stiffener
(8) Frame mount bolt
(9) Aluminum link
(10) Motor mount
(11) Motor
(12) Pinion gear
(13) Upper frame
(14) Lower frame
(15) Bottom plate
(16) Landing skid
(17) Skid pipe
3) Tail Part
(1) Tail rotor holder
(2) Tail rotor hub
(3) Tail rotor blade
(4) Tail arm 1
(5) Tail arm 2
(6) Tail control 1
(7) Tail shaft
(8) Tail belt poly
(9) Tail frame 1
(10) Tail frame 2
(11) Tail frame 3
(12) Tail bearing 1
(13) Tail bearing 2
(14) Tail frame pin
(15) Vertical stabilizer
(16) Tail boom
(17) Tail boom brace
(18) Bracket
(19) Horizontal stabilizer
4) Canopy
4. 가상 조립을 해보자 : Assembly Design
1) Body 조립
2) Tail 조립
(1) Tail frame total
(2) Tail
(3) Tail rotor
(4) Tail Shaft
3) Body & Tail 조립
4) Main Rotor 조립
(1) Main Rotor
(2) Linkage rod
(3) Fly bar Holder
(4) Mixing Lever
(5) T-type Control Arm
(6) Washout Base
(7) Fly bar Control Lever
(8) Washout Linkage
(9) Swash Top
(10) Swash Bottom
(11) Main rotor Holder
(12) Main rotor Blade
(13) Total Rotation Rotor
5) Final Assembly
5. Drafting
1) Part Drafting
2) Assembly Drafting
6. 이미지 작업 : Photo Studio
1) 재질 적용 및 Environment 설정
2) 조명 설정
3) Shooting 설정
4) Rendering
부록
작업 워크 벤치 및 명령어 정리
1) Sketcher
2) Part Design
3) GSD
4) Assembly Design