In the world of fasteners and fittings, washers play an indispensable role. Often coming in the form of flat, round components, they are used to distribute the load of a threaded fastener, reducing wear and sometimes preventing leakage for fluid handling systems. The decision between common options like nylon and metal washers is not always straightforward, as each material presents its own set of advantages and disadvantages. Making an informed choice thus requires understanding the unique properties of each type, so read on as we discuss the characteristics of nylon and metal washers and the particular applications they are suited for.
Learn MoreIn the intricate realm of aviation engineering, the concepts of leading edges and trailing edges play a pivotal role in determining the aerodynamic performance of an aircraft. These terms may sound like technical jargon to those less familiar with aircraft design, but understanding them is crucial for appreciating the nuances of flight dynamics. In this blog, we will discuss the distinction of these two terms for your benefit.
Learn MoreIn the ever-evolving realm of aviation, understanding the perse array of aircraft that are available is crucial for professionals and enthusiasts alike. From sleek commercial jets to nimble private planes, each aircraft type serves a unique purpose, reflecting the continuous innovation and advancement in aeronautical engineering.
Learn MoreIn the realm of modern aviation operations, aircraft attitude indicators stand out as indispensable instruments for ensuring safety and control during flight. These devices play a pivotal role in providing pilots with vital information about the orientation and position of their aircraft in relation to the Earth's horizon. In this blog, we will explore how aircraft attitude indicators function to aid pilots in maintaining optimal flight conditions.
Learn MoreTwo primary categories of aircraft dominate the skies: fixed-wing and rotary-wing aircraft. Fixed-wing aircraft like airplanes and rotary-wing aircraft, also known as rotorcraft, differ significantly in their design, operation, and capabilities. In this blog, we will explore the key distinctions between these two types of aircraft, shedding light on the propellers, tail rotors, and other features that set them apart.
Learn MoreAircraft are marvels of engineering, capable of soaring through the skies with grace and precision despite their immense weight. The designs of aircraft have changed many times over the years as scientists and engineers find new materials and construction styles that benefit flight operations and safety. In this blog, we will explore the composition of modern airframes, the structural framework of aircraft that ensures their strength, durability, and performance.
Learn MoreSince their debut, powered aircraft have completely transformed how we conduct transportation on a domestic and global scale, enhancing accessibility to locations across the world. There are two primary categories of aircraft, those including fixed-wing and rotary-wing types. Although both forms of aircraft are used for conducting flight operations, they possess unique features that differentiate them from one another. This article will outline the fundamental differences between fixed-wing and rotary-wing aircraft, allowing you to understand their differences and unique uses.
Learn MoreHelicopters are a marvel of modern engineering, and their ability to take off vertically and hover in the air is an impressive feat. But how do they do it? The answer lies in the way that helicopters create lift. To better understand this phenomenon, we will explore the science behind how these rotary-wing aircraft produce the necessary lift to achieve flight.
Learn MoreWith the aircraft engine operating at extremely high temperatures, there is always a risk of fire in the engine bay. As such, aircraft employ a fire detection and extinguishing system for both the main engine and Auxiliary Power Unit (APU). As a small engine that operates separately from the main engine, the APU is used to provide constant power to less demanding items, such as heating and air conditioning units, and as a source of electrical power for starting the engine. Nevertheless, similar to the main engine, the APU must have a fire protection system. This system is similar to the engine fire protection systems, but with several key differences. Here, we will be discussing these differences, alongside other key details about the APU fire detection and extinguishing system.
Learn MoreAnchor points are a necessary feature of machinery featuring cables, designed to terminate cable ends while holding them in place with ample security. In order to operate a cable’s anchor point, parts like shank balls may be used. Coming in the form of a shank and a ball, these parts allow for a simplistic, yet effective, anchor point to be established in an assembly for securing cables.
Learn MoreWhen passengers board planes, they are generally entering a specialized door known as a plug door. Unlike the doors used for cargo compartments or other aircraft sections, the plug door is specifically designed to be self-sealing, relying on the use of differential pressure to remain shut. What this means is that the higher an aircraft ascends, the more pressure there will be against the plug door. As a result, it is nearly impossible for an individual to force the door open mid-flight, ensuring safety of all.
Learn MoreAircraft require air for a wide range of purposes. Luckily, they do not have to utilize separate devices or systems to generate air. In fact, planes can easily get this air from their engines, and it is referred to as bleed air. This is only the case as long as the aircraft has air-breathing turbine engines. To better understand the complexity of this type of air, we will provide a brief overview of bleed air.
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