Aircraft can produce their own power, it is often not economically feasible or safe to do so while on a runway near an airport, or next to a hangar. To remedy such issues, operators rely on GPUs which are an efficient solution that power aircraft while saving money and fuel.
In this blog, we will talk about propeller technology and how they are implemented on modern aircraft. The operating principle of propellers can be described using basic physics, particularly Newton's Third Law, which states that for every action, there is an equal and opposite reaction. That being said, propellers convert rotational energy into forward thrust by pulling air through the propeller. This act of displacing air creates a pressure differential which is met with force in the opposite direction, thus pushing the aircraft forward. The relationship between the two opposing forces is constant, in that more thrust is created as more air is pulled through the propellers.
Electronic devices use switches to regulate when and where power is used. An automotive relay is a common type of switch, often used in car headlights. Another type of electronic switch is a starter motor. Indicated by its name, a starter motor is compatible with motors and features safety designs that are not found in relays. Here, you will find some of the basic information about starter motors that will help you understand their functionality and practical usage.
As the aviation industry continues to grow and the need for filter replacements is ever present, the global aircraft filter market has seen consistent expansion over the years. As of the present, the global aircraft filter market has been projected to grow around 21.75% over the years between 2021 and 2026, featuring a CAGR of 4.0% across the same period. This growth is due to various factors, examples being a steady increase of aircraft renewals and deliveries.
With the thousands of different military and civil models created, it would be a tough guess. As such, this blog will discuss the 21 most produced aircraft of all time.
Due to the intensity of aviation operations, many components can easily face wear and tear over time, and other parts may become bent, dent, or otherwise deformed due to stressors or force. As a loss of integrity or a change in functionality can affect the overall performance and safety of an aircraft, it is imperative that damaged items are rapidly attended to in order to ensure that the aircraft gets back up and flying again as soon as possible.
While the collection of moisture is fairly unavoidable, unchecked accumulation can eventually result in heavy damage that can only be reversed with significant repairs or the replacement of parts. In order to mitigate the buildup of hazardous moisture, assemblies utilize what is known as a drain valve for protection.
Bearings are a common component to assemblies with moving parts, facilitating motion while minimizing the amount of friction generated between surfaces. Bearings may come in many forms to accommodate varying applications, popular types including the plain bearing, ball bearing, and roller bearing. As each type may vary by its design, load capacities, speeds, and more, it is very important that the correct bearing is implemented within a system to avoid costly failures or downtimes. In this blog, we will discuss some of the main considerations that should be made when deciding between bearings, allowing you to narrow down your search with ease.
Fasteners are important components for numerous applications, allowing for two or more parts to be secured together to prevent their separation. When there is a need for retaining a fastener’s position within an installation, there are a number of fastener types or methods that may be employed. Captive fasteners in particular are specialized fastener types that are specifically engineered to retain a permanent hold when installed, even maintaining its installation upon servicing. They are often used for the means of deterring the loss of a fastener or damage that results from loose parts, and they can come in varying forms depending on the need and application.
Fasteners are components that are paramount to countless assemblies, securing parts together while also distributing loads and forces. Fasteners can come in various forms, including those such as rivets, screws, nuts, and washers. Blind rivets in particular are a specialized rivet, and they are often used for applications such as aircraft construction. Unlike a conventional rivet, blind rivets can be installed from one side of an assembly, making them very beneficial for a number of uses.
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