Nothing Special   »   [go: up one dir, main page]
Scribd Logo
Upload

Welcome to Scribd!

  • 14 views

    Running Head: Modern Aircrafts and Engine Monitoring 1

    Uploaded by

    Roman Kraft
    The document discusses the importance of automated engine monitoring systems in modern aircraft. It explains that these systems allow flight crews to monitor critical engine parameters like RPM, temperature, and pressure to control operations and avoid issues. This ensures high engine performance and reduces maintenance costs through early detection of problems. Automated monitoring also optimizes fuel efficiency and cost-effective planning through data logging. As a result, these systems provide both operational and economic benefits for airlines.

    Copyright:

    © All Rights Reserved
    Download as DOC, PDF, TXT or read online from Scribd

    Running Head: Modern Aircrafts and Engine Monitoring 1

    Uploaded by

    Roman Kraft
    14 views3 pages
    The document discusses the importance of automated engine monitoring systems in modern aircraft. It explains that these systems allow flight crews to monitor critical engine parameters like RPM, temperature, and pressure to control operations and avoid issues. This ensures high engine performance and reduces maintenance costs through early detection of problems. Automated monitoring also optimizes fuel efficiency and cost-effective planning through data logging. As a result, these systems provide both operational and economic benefits for airlines.

    Original Description:

    Original Title

    Untitled

    Copyright

    © © All Rights Reserved

    Available Formats

    DOC, PDF, TXT or read online from Scribd

    Did you find this document useful?

    Is this content inappropriate?

    The document discusses the importance of automated engine monitoring systems in modern aircraft. It explains that these systems allow flight crews to monitor critical engine parameters like RPM, temperature, and pressure to control operations and avoid issues. This ensures high engine performance and reduces maintenance costs through early detection of problems. Automated monitoring also optimizes fuel efficiency and cost-effective planning through data logging. As a result, these systems provide both operational and economic benefits for airlines.

    Copyright:

    © All Rights Reserved
    Download as DOC, PDF, TXT or read online from Scribd
    Download as doc, pdf, or txt
    14 views3 pages

    Running Head: Modern Aircrafts and Engine Monitoring 1

    Uploaded by

    Roman Kraft
    The document discusses the importance of automated engine monitoring systems in modern aircraft. It explains that these systems allow flight crews to monitor critical engine parameters like RPM, temperature, and pressure to control operations and avoid issues. This ensures high engine performance and reduces maintenance costs through early detection of problems. Automated monitoring also optimizes fuel efficiency and cost-effective planning through data logging. As a result, these systems provide both operational and economic benefits for airlines.

    Copyright:

    © All Rights Reserved
    Download as DOC, PDF, TXT or read online from Scribd
    Download as doc, pdf, or txt
    of 3

    Running head: MODERN AIRCRAFTS AND ENGINE MONITORING 1

    Modern Aircrafts and Engine Monitoring

    Student’s Name

    Institution
    MODERN AIRCRAFTS AND ENGINE MONITORING 2

    The evolution of engines in the aircraft industry led to the improved performance and

    exploitation. The shift from the pistol engine to modern turbine engines solved the previous

    issues of high vibrations and made engines more reliable. However, enhancement of turbine

    engines does not mean they should not be monitored. For this reason, it is vital to explain

    why modern aircrafts are actively equipped by automated engine monitoring systems.

    The reasons behind integrating automated engine monitoring systems in modern

    transport aircrafts are quite obvious. First of all, there is a practical sense to control and

    coordinate all the operational processes inside the turbine engine before and during the flight.

    By monitoring RPM, thrust measurements, engine torque, oil pressure, temperatures (EGT

    and TIT), fuel flow and pressure, vibration level, and synchronization between engine and

    propeller, the flight crew has the situation under control and has possibilities to avoid

    unplanned downtime and secondary damages of the engine (Royce, 2015). In other words,

    automated monitoring systems ensure quality operational performance and management of

    the engine in transport aircrafts.

    Second, there are economic benefits of using automated systems. Hence, with regular

    update, early and timely maintenance decisions can be made, reducing costs on engine repair.

    In the meantime, data logging and updating records secure overall optimal planning and

    management of the aircraft, guaranteeing more cost-efficient solutions (Royce, 2015).

    Finally, fuel efficiency gets optimized and streamlined in terms of using automated

    monitoring systems on board. With proper fuel consumption, costs on refueling routine also

    get minimized. This seems very relevant in case of commercial and airfreight aviation.

    As a result, automated engine monitoring systems remain to be important in modern

    aviation. These systems secure systematic update and data logging, what leads to improved

    monitoring over the engine work. Eventually, systems provide as operational as economic

    benefits to airlines.
    MODERN AIRCRAFTS AND ENGINE MONITORING 3

    Reference

    Royce, R. (2015). The Jet Engine. Hoboken, NJ: John Wiley & Sons.

    You might also like