Fiber optic technology has been revolutionizing countless markets and applications, providing faster and more efficient ways for data and power to be transferred between devices and systems. Within the aviation and aerospace industry, fiber optic sensors have been seeing a major increase in popularity, due to the fact that sensors allow for data to be measured, monitored, and analyzed for proper flight planning, operation, and hazard prevention. Serving many applications, sensors provide pilots with readings on an aircraft’s structural integrity, the amount of fuel left in a tank, and the most efficient routes to save fuel. With the extreme reliability, ample performance, and environmental protection capabilities of fiber optic sensors, they serve as a very beneficial option for aerospace sensing applications.
In the aviation realm, aircraft engineers benefit immensely from the use of fasteners. In fact, aircraft construction and repair depends on the employment of fasteners to assemble detailed parts and complete aircraft installations. Fasteners are utilized to connect different components within primary structural areas, secondary structures, and pressurized and unpressurized applications. To put it into perspective, aircraft fasteners make up around 3 million of the parts used to construct a Boeing 747-800 aircraft. With this in mind, this blog will cover the importance of fasteners, their design specifications, and installation requirements.
Flywheels are found in almost all automobiles, performing an array of functions. A flywheel is typically made from cast iron, steel, or aluminum, and it is usually connected to the transmission side of the crankshaft. The section of the flywheel that faces the manual transmission is smooth and flat, allowing the clutch disc to grab onto it.
Flanges are elements that are used for interconnecting pipes as well as attaching pipes to valves, pumps, and other related components. Commonly used for a variety of plumbing applications, there are numerous flange designs that one may take advantage of for varying requirements. Each flange will typically differ in its design, materials, testing, and certification, allowing them to benefit certain needs. In this blog, we will discuss the primary types, allowing you to have a better understanding of all the available options.
For a typical commercial flight, such aircraft operate at an altitude between 31,000 and 38,000 feet. At such altitudes, humans would quickly face various physiological problems due to the lack of air pressure present, possibly resulting in hypoxia, altitude sickness, loss of consciousness, and more if left unprotected. This is why many aircraft are pressurized and supplied with fresh oxygen throughout the flight, providing passengers and crew members with a safe and comfortable environment while operating at heights that bring more flight efficiency. In this blog, we will discuss the aircraft pressurization system, allowing you to familiarize yourself with how cabin pressurization is upheld.
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