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Aircraft systems integration of air-launched weapons

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  • 272 strony
  • 10 godzin czytania

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From the early days of aviation, where pilots dropped bombs by hand, to today's advanced stealth aircraft capable of delivering precision ordnance, engineers have focused on enhancing weapon delivery systems. This text delves into the integration of air-launched weapons, emphasizing the aircraft systems integration perspective while also addressing the interactions necessary for effective target engagement. Key features include a comprehensive overview of the systems integration process, system and subsystem architectures, and the role of open international standards in improving interoperability and reducing costs and timelines. It highlights the collaborative efforts of industry and organizations like NATO to enhance interoperability between weapons and aircraft, thereby streamlining the integration of complex air-launched systems. Additionally, it examines future initiatives and technologies aimed at further reducing integration costs and timelines. The integration process demands a multidisciplinary engineering approach, as the typical lifecycle spans several years. New engineers gain essential skills through hands-on training alongside experienced integrators. This resource not only accelerates the development of expertise across various contexts but also serves as a valuable revision tool for seasoned engineers in the field.

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Aircraft systems integration of air-launched weapons, Keith A. Rigby

Język
Rok wydania
2013
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Tytuł
Aircraft systems integration of air-launched weapons
Język
angielski
Rok wydania
2013
Liczba stron
272
ISBN10
1118519175
ISBN13
9781118519172
Seria
Opis
From the early days of aviation, where pilots dropped bombs by hand, to today's advanced stealth aircraft capable of delivering precision ordnance, engineers have focused on enhancing weapon delivery systems. This text delves into the integration of air-launched weapons, emphasizing the aircraft systems integration perspective while also addressing the interactions necessary for effective target engagement. Key features include a comprehensive overview of the systems integration process, system and subsystem architectures, and the role of open international standards in improving interoperability and reducing costs and timelines. It highlights the collaborative efforts of industry and organizations like NATO to enhance interoperability between weapons and aircraft, thereby streamlining the integration of complex air-launched systems. Additionally, it examines future initiatives and technologies aimed at further reducing integration costs and timelines. The integration process demands a multidisciplinary engineering approach, as the typical lifecycle spans several years. New engineers gain essential skills through hands-on training alongside experienced integrators. This resource not only accelerates the development of expertise across various contexts but also serves as a valuable revision tool for seasoned engineers in the field.