"Turbofan" Example Sentences
1. The plane's turbofan engine roared to life as it took off from the runway.
2. The turbofan design allows for greater fuel efficiency compared to traditional jet engines.
3. The pilot had to switch to the backup turbofan engine after the primary one failed mid-flight.
4. The aerospace company is investing heavily in research and development for its next-generation turbofan engine.
5. The turbofan's thrust provides a significant boost in speed during takeoff.
6. The mechanics are inspecting the turbofan's blades for any signs of wear or damage.
7. The turbofan's noise levels have been reduced through the use of advanced sound-dampening technology.
8. The turbofan's streamlined design makes it more aerodynamic and improves its overall performance.
9. The airline upgraded its fleet with the latest turbofan engines to improve its fuel efficiency.
10. The turbofan's combustion chamber is where fuel is burned to generate thrust.
11. The aircraft's turbofan engine is responsible for powering the propellers.
12. The turbofan's advanced materials make it more durable and resistant to extreme temperatures.
13. The turbofan's variable geometry allows for more efficient airflow and greater performance.
14. The airplane's turbofan engines enable it to fly at high altitudes for extended periods of time.
15. The turbofan's state-of-the-art sensors allow for real-time monitoring of its performance and condition.
16. The turbine blades on the turbofan engine are engineered to withstand intense pressure and heat.
17. The engineers are fine-tuning the turbofan's computerized control system for optimal efficiency.
18. The turbofan's bypass ratio is a key factor in determining its fuel efficiency and thrust capabilities.
19. The aircraft's turbofan engines can be quickly and easily replaced for routine maintenance.
20. The turbofan's innovative design has revolutionized the aerospace industry.
21. The turbofan's afterburner provides an extra burst of speed during takeoff and aerial maneuvers.
22. The aircraft's turbofan engines are regularly inspected to ensure they are operating safely and efficiently.
23. The turbofan's compressor is responsible for compressing air before it enters the combustion chamber.
24. The airline's decision to use turbofan engines has resulted in significant cost savings and reduced emissions.
25. The turbofan's high-thrust capability makes it a popular choice for military aircraft.
26. The aircraft's turbofan engines have undergone extensive testing to ensure they meet safety and performance standards.
27. The turbofan's thrust vectoring allows for greater maneuverability and flexibility in flight.
28. The engineers are exploring new ways to improve the efficiency and performance of the turbofan engine.
29. The aircraft's turbofan engines are equipped with sophisticated diagnostics systems that can detect and diagnose issues in real time.
30. The airline is investing in the latest turbofan technology to remain competitive in the aviation industry.
Common Phases
1.
Turbofan engines use a stream of air to generate forward thrust;
2. The combustion process in a
turbofan engine is more efficient due to the high bypass ratio;
3. Modern
turbofan engines are quieter than older models;
4. Higher thrust output can be achieved with multi-spool
turbofan engines;
5.
Turbofan engines are widely used in commercial airliners;
6. Improved fuel efficiency is a key benefit of using
turbofan engines;
7.
Turbofan engines have a lower exhaust gas temperature than turbojet engines;
8. The core of a
turbofan engine produces thrust while the bypass air cools the exhaust gases;
9.
Turbofan engines are able to operate at higher altitudes than turbojets;
10.
Turbofan engines are designed for high reliability with minimal maintenance.