Pumps of aircraft engines: analysis of components and methods of operation
1 - Determination of pumps and their components: We will consider various types of pumps used in aviation engines, as well as their main components and operating principles.
2 - Analysis of methods for detecting defects: We will explore various methods and tools for detecting pump defects, including thermography, vibration analysis, chemical analysis of oil and fuel, computer tomography, and others.
3 - Study of types of defects: We will analyze the main types of defects that can occur in pumps of aviation engines, such as wear, cracks, corrosion, and cavitation.
4 - Evaluation of control methods: We will assess the effectiveness of various methods for controlling and detecting pump defects in real operating conditions to determine their applicability and reliability.
2 - Analysis of methods for detecting defects: We will explore various methods and tools for detecting pump defects, including thermography, vibration analysis, chemical analysis of oil and fuel, computer tomography, and others.
3 - Study of types of defects: We will analyze the main types of defects that can occur in pumps of aviation engines, such as wear, cracks, corrosion, and cavitation.
4 - Evaluation of control methods: We will assess the effectiveness of various methods for controlling and detecting pump defects in real operating conditions to determine their applicability and reliability.