Engine mounts serve as the sole connection between an engine and the main fuselage of an aircraft. They attach the engine to the aircraft body, suppressing vibrations while spreading them evenly throughout assemblies to guarantee smooth operations. As such, engine mounts are designed with a durable metal body so that they can match engine weight and torque requirements. Built in a web shape, these simplistic-looking structures are durable and necessary in order to guarantee the highest degree of airworthiness. In this blog, we will explore the top features of aircraft engine mounts and their functions.
A DC generator is an electrical apparatus that converts mechanical energy into direct current (DC), and it operates according to Faraday’s laws of electromagnetic induction. As such, DC generators are used in a wide range of applications, ranging from children’s toys to automobiles. To better understand how they work in numerous settings, this blog will outline the working principle of DC generators and their construction.
Bearings are common hardware components found in a wide variety of assemblies, and they generally serve the basic role of supporting loads while reducing friction. Depending on the exact requirements of an application and the types of parts that are present, numerous bearing variations may be relied on. One common option is the roller bearing, a group of hardware which is designed by the presence of rolling elements that support loads and reduce friction. As roller bearings have distinct features and capabilities that define their optimal use, it is best to have a basic understanding of them before making a purchasing decision.
Aircraft have greatly changed how we operate across the world, allowing individuals to traverse the globe with speeds never before thought to be attainable. While early aircraft were fairly simplistic with wooden structures, propellers, and limited seating, many advancements have been made over the years, allowing for a great diversification of powered, heavier-than-air flying machines. One of the most notable diversification of aircraft was the creation of rotary-wing aircraft, those of which differ from conventional fixed-wing aircraft in terms of operation, capabilities, and general design. As fixed- and rotary-wing aircraft comprise a majority of models used in the modern world, it can be quite beneficial to have an understanding of how the two groups are set apart from one another.
Electrical cables are tasked with transporting electrical energy from one point to another. Depending on the application at hand, cables are available in a myriad of configurations, with their design being based on national and international regulations. To better understand the functionality of electrical cables, we will outline their varying types, classifications, and uses.
When flying a jet engine aircraft, they are best operated at higher altitudes upwards of 30,000 to 40,000 ft. At this elevation, pilots can take advantage of optimal cruising speeds where fuel economy is best and true airspeed (TAS) can be obtained. As fuel consumption often decreases among jet engines when flown at high altitudes, the constant decrease in air density and air temperature allows them to function at their maximum RPM.
Keeping your aircraft in peak condition requires great care and attention to detail as they are complex mechanical systems with countless parts which are prone to failure and malfunction if not routinely inspected. Moreover, it is important to practice preventative maintenance with your aircraft as a way of identifying and resolving any potential issues before they lead to greater problems or even irreversible damage. By adhering to the rules and regulation of the Federal Aviation Administration (FAA), both aviation technicians and certified pilots are authorized to perform preventative maintenance. In this blog, we will discuss what comprises preventative maintenance and the vital role it plays in air travel safety.
Since aircraft are mission-oriented and designed according to use, there are a wide-range of engine types. Commercial aircraft in particular have long relied on gas turbine engines as their preferred means of propulsion. Turbofan and turboprop engines fall into the gas turbine category of engine types. Through a process of combustion, they produce a large amount of energy. A fan sprays air into the engine from the front, while a compressor increases the air pressure.
Many different technologies are making the world wireless, but we are still dependent on cables to keep our digital world running. Circuits, cables, and cords are used in many devices and are necessary for forming essential components of every electromechanical assembly, cable assembly, and harness. Moreover, as a critical element of the electronic items, cables and cords heavily rely on injection molding for the production of affordable and efficient cable assemblies. In this blog, we will discuss injection molding, its benefits, drawbacks, uses, and importance.
Any aircraft that operates under 14 C.F.R Part 91 is required to undergo a series of maintenance checks to remain in airworthy condition. While some assessments are carried out more frequently, others are only performed as necessary. This is especially true when talking about “inspections” and “overhauls.” As such, it is important to understand the differences between the two and when they need to be conducted.
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