ANALISIS KERUSAKAN ALAT PENOLONG INSTRUKSI SISTEM HIDROLIK PESAWAT T-33 A SHOOTING STAR SEBAGAI MEDIA PRAKTIK SISTEM HIDROLIK PESAWAT TERBANG DENGAN METODE FAULT TREE ANALYSIS

Naufal, Farhan (2023) ANALISIS KERUSAKAN ALAT PENOLONG INSTRUKSI SISTEM HIDROLIK PESAWAT T-33 A SHOOTING STAR SEBAGAI MEDIA PRAKTIK SISTEM HIDROLIK PESAWAT TERBANG DENGAN METODE FAULT TREE ANALYSIS. Thesis thesis, Institut Teknologi Dirgantara Adisutjipto.

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Abstract

Aircraft hydraulic systems provide means for the operation of aircraft components. Operation of the landing gear, flaps, flight controls and braking system is largely performed by a hydraulic power system. The complexity of hydraulic systems varies from small aircraft that only need fluid to manually operate the wheel brakes to large aircraft with complex systems. Hydraulic systems play an important role in today's industrial world, both in the food industry, manufacturing, power generation, and others. Hydraulic systems have many advantages and benefits, including versatility and high efficiency. The piston pump is one of the main power components of the hydraulic system on an airplane. As the main source of providing fluid pressure to all components of the hydraulic system. The pumps most commonly used in the aerospace industry are the pressure compensated variable displacement type. The greater the pressure on the pump, the easier it is to move the actuactor which has a heavy thrust requirement.

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