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A temperature sensor is an instrument which measures certain physical qualities of a substance like expansion, resistance, and electromotive force, to determine its thermal quality and convey it as a number. There are many materials which change with temperature and can therefore be used as temperature sensors.In this blog, we will look at each of these temperature sensors and how they work.
Learn MoreSimilar to fixed-wing aircraft, rotorcraft, or rotary-wing aircraft, have numerous flight controls that allow them to work optimally. With so many controls, it can be difficult to distinguish what each control does. To better understand the importance of rotorcraft controls, where they are located, and how they work, this blog will outline the most basic controls below.
Learn MoreThe many systems within aircraft can be confusing; however, it is important to understand the function and significance of each system. This blog will delve specifically into the purpose of aircraft bleed systems, or engine cooling systems that release hot air from aircraft. Excessive heat poses many threats to engines, fuel systems, and flight in general, so cooling systems serve the purpose of significantly reducing temperatures within aircraft. Air bleed systems are alternative solutions to liquid coolants used in turbine engines to reduce temperatures. Unlike liquid cooling systems, reciprocating engines rely on air bleed cooling systems to transfer heat from the engine’s cylinders into the surrounding air. Without a cooling system in place, cylinders can overheat, causing combustion to occur too early.
Learn MoreIt is necessary for any heat-producing machine to effectively cool itself to avoid damage and ensure continued efficiency. In the context of aviation, the engine is of particular concern with regard to operating temperature and heat-dissipating ability. Reaching temperatures up to 500 degrees F, aircraft must contain a robust cooling apparatus to ensure vessel safety and increase product lifespan. In this blog, we will discuss the various methods employed to cool the reciprocating engine, including baffles, cowling, and augmentation.
Learn MoreSince the earliest days of aviation, one of the most challenging technical aspects to overcome has been the landing phase. As aircraft's capacity and technology have continued to improve, so has the demand placed upon the landing systems due to increased airspeed and weight. One mechanism that has played a significant role in modern landing systems is the thrust reverser, which can immediately be implemented after touchdown to slow the plane in a short time. In this blog, we will discuss everything you need to know about this critical landing technology, including its design and application.
Learn MoreThe engine of an airplane is a powerful and sophisticated machine. Though airplanes are built to travel in any circumstance and through the worst weather conditions, they demand proper maintenance and care. A cold start is one of the most dangerous situations in an aircraft engine's life. It can cause more wear than 500 hours of flight for any piston aircraft powerplant. The situation is so delicate that one cold start could potentially cause major failures and hazards just after takeoff.
Learn MoreAlthough all parts of an aircraft are subject to wear and tear on a regular basis, wheels are often the most overlooked components despite their major role in operations. Aircraft wheel assembly components are crucial for safe flight, allowing for such vehicles to traverse the ground, land with cushioned impact forces, and much more. If wheels are not properly maintained and inspected on a regular schedule, they have the potential of breaking down or even exploding. As these issues can be highly detrimental and dangerous for those in and around the aircraft, it is crucial that operators understand the importance of aircraft wheel maintenance and replacement, as well as how it is conducted.
Learn MoreAircraft engines experience the brunt of excessive heat, sourcing from a number of other components in the engine assembly. High engine temperatures can lead to a loss of power, excessive oil consumption, detonation, and eventually, engine failure. The heat generated by aircraft engines and their related components should be directed away through some type of cooling mechanism, ensuring the aircraft’s reliability and extended service life. In this blog, we will be covering some of the most common cooling systems implemented in aircraft, their features, and how they work.
Learn MoreAircraft commonly undertake large amounts of stress during standard flight operations, necessitating the need for regular inspections and maintenance. When repairs are conducted, aircraft jacks are essential ground support equipment that allow for the aircraft to be lifted and secured as needed to conduct numerous processes. There exist four common hydraulic jack types that one may use, those of which are the bipod, tripod, quadruped, and axle types. While the tripod and axle jacks are the most popular, all have their own benefits which can make them advantageous for certain operations.
Learn MoreWhen procuring the various aircraft parts that you need for your operations, one may find that there are numerous types of part conditions that are listed alongside products. Generally, these include factory new, new material, new surplus, overhauled, serviceable, as removed, and refurbished conditions, all of which are very important to know prior to making a purchasing decision. This is because there are major differences between some conditions, and there may be times when a certain part condition must be used to fulfill a particular requirement. In this blog, we will discuss each of the common conditions for aircraft parts, allowing you to ensure that you always procure exactly what you require.
Learn MoreOf the various components that contribute to an aircraft's performance and longevity, one of the most overlooked is the aircraft exhaust system. The exhaust system's purpose is to remove the hot and toxic gases created by the engines. This exhaust would otherwise be damaging to the integrity of the plane and the health of the passengers. This blog will discuss the typical exhaust systems found on two common engine types, jet and reciprocating.
Learn MoreSensors are common devices for countless systems and applications, serving as components which are capable of detecting changes in their environment and relaying measurements to other electronics. The sensors that are used for measuring motion and direction in a space are essential for the standard functionalities of many systems, often found within aircraft, smartphones, automobiles, processes control systems, and much more. In this blog, we will discuss the accelerometer, gyroscope, and magnetometer, all of which are common types of motion sensors.
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