دراسه المنظموات الالكترونيه والكهربائيه التي تستخدمها الطائرة للتوازن والاتصالات ووالرادار وغيرها
بالاضافه الى المبادئ الالكترونيه والكهربائية والبرمجية اللازمة لتحقيق فهم جيد لما ذكره اعلاه
- Course creator: Ahmed ALBaghdadi
- Course creator: amjed Al-Khateeb
تتناول هذه المادة المنظومات الكهربائيه الموجودة في الطائرة والمسؤوله عن حركه اجزاء الطائرة ونقل الاشارة من القيادة الى الاجزاء المختلفه في الطائرة
- Course creator: Mohammed Khashan
من خلال دراسة مادة مقاومة المواد يتم التعرف على مخلف القوى
المؤثرة على الاجسام وتحليلها الى مركباتها
- Course creator: ali alkazraji
من خلال دراسة الثرموداينمك يتم التعرف على مختلف المعادلات هامة في علوم الديناميك الحراري والتعرف على الدورات المختلفة والمخططات
- Course creator: ali alkazraji
تهدف مادة اللغة الانكليزية الى التعرف على العديد من المصطلحات الهندسية التخصصية المهمه وكيفية تكوين الجمل في الازمان المختلفة
- Course creator: ali alkazraji
تتناول هذه المادة منظومات الطائرات بالتفصيل مع كيفيه فحصها والفحص لدوري لها وتشخيص الاعطال في هذه المنظومات وتصليحها
- Course creator: Mohammed Khashan
- Course creator: Mohammed Khashan
The aircraft design process is the engineering design process by which aircraft are designed. These depend on many factors such as customer and manufacturer demand, safety protocols, physical and economic constraints etc. For some types of aircraft the design process is regulated by national airworthiness authorities. This article deals with powered aircraft such as airplanes and helicopterdesigns.
Aircraft design is a compromise between many competing factors and constraints and accounts for existing designs and market requirements to produce the best aircraft.
The design process starts with the aircraft's intended purpose. Commercial airliners are designed for carrying a passenger or cargo payload, long range and greater fuel efficiency where as fighter jets are designed to perform high speed maneuvers and provide close support to ground troops. Some aircraft have specific missions, for instance,
- Course creator: ali alkazraji
Today's modern airplanes are powered by turbofan engines. These
engines are quite reliable, providing years of troublefree
service. However, because of the rarity of turbofan engine
malfunctions, and the limitations of simulating those
malfunctions, many flight crews have felt unprepared to diagnose
engine malfunctions that have occurred. The purpose of this text
is to provide straightforward material to give flight crews the
basics of airplane engine operational theory. This text will also
provide pertinent information about malfunctions that may be
encountered during the operation of turbofanpowered airplanes,
especially those malfunctions that cannot be simulated well and
may thus cause confusion. While simulators have greatly improved
pilot training, many may not have been programmed to simulate the
actual noise, vibration and aerodynamic forces that certain
malfunctions cause. In addition, it appears that the greater the
sensations, the greater the startle factor, along with greater
likelihood the flight crew will try to diagnose the problem
immediately
instead of flying the airplane. It is not the purpose of this
text to supersede or replace more detailed instructional texts or
to suggest limiting the flight crew's understanding and
working knowledge of airplane turbine engine operation and
malfunctions to the topics and depth covered here. Upon
completing this material, flight crews should understand that
some engine malfunctions can feel and sound more severe than
anything they have ever experienced; however, the airplane is
still flyable, and the first priority of the flight crew should
remain "fly the airplane."
- Course creator: ali alkazraji