터보기계
기체 도메인에서 터보기계를 모델링하려면 다음 블록을 사용하십시오.
Simscape 블록
| Fan (G) | Fan in gas network |
| Compressor (G) | Gas compressor in a thermodynamic cycle |
| Positive-Displacement Compressor (G) | Positive displacement compressor in a gas network (R2022a 이후) |
| Turbine (G) | Gas turbine in a thermodynamic cycle |
| Ejector (G) | Ejector in a gas network (R2023a 이후) |
추천 예제
Model a Simple CPU Cooling System
Demonstrates a model of a simple CPU cooling system that consists of a CPU board, heat sink, fan controller, and cooling fan.
브레이턴 사이클(가스 터빈)
이 예제에서는 브레이턴 사이클을 기반으로 하는 가스 터빈 보조 동력 장치(APU)를 모델링합니다. 시스템에 입력되는 파워는 연소기로 주입되는 열로 표현되며 실제 연소 화학 반응은 모델링되지 않습니다. 압축기와 터빈이 단일 샤프트로 연결되어 터빈의 파워가 압축기를 구동합니다. APU는 배기 스트림을 더욱 확장하여 출력 파워를 생성하는 자유 터빈입니다.
Antagonistic McKibben Muscle Actuator
This demo shows a muscle actuation based on two air muscle actuators (or McKibben artificial muscles) in antagonistic connection. The air muscle actuators are connected to the opposite sides of a lever. The 4-way directional valve is controlled by an electro-mechanical valve actuator. In the 4-way directional valve when the high-pressure path P-A and return line B-T are open, the top air muscle actuator contracts and forces the bottom air muscle actuator on the opposite side to extend. Similarly, as the high-pressure path P-B and return line A-T open, the bottom air muscle actuator starts to contract and forces the top air muscle actuator to extend. The oscillating motions of the muscles are converted into the angular rotation of the output load connected to the mechanical linkage modeled with the slider-cranks.
Compressor Map
Create the pressure ratio, corrected mass flow rate, and efficiency tables required to specify the performance characteristics of a dynamic compressor.
