While a typical aircraft model may encompass upwards of two million parts that perform widely varying roles, there are a number of major elements that are considered the primary components of a typical design. Out of the many main parts of an aircraft, the fuselage is one of the most important in the overall assembly. Put simply, the fuselage serves as the structure that contains the cockpit, passengers, and cargo spaces of the aircraft, as well as other essential systems. Additionally, it is also the element that all wing, tail, and landing gear assemblies will be secured to, where its shape, strength, durability, and weight characteristics serve to support the performance and dependability of an aircraft through operations. In this blog, we will discuss fuselages in more detail, allowing you to be familiar with common designs, manufacturing considerations, and more.

Centrifugal compressors are widely used in various industries to increase the pressure of gasses and vapors. They are a vital component in processes that require high-pressure gas or air, such as power generation facilities, chemical plants, and oil refineries. As such, understanding the key components and operating principles of centrifugal compressors is crucial for engineers and technicians working with these machines, allowing for proper operations and maintenance to be carried out. In this blog, we will explore the fundamental aspects of centrifugal compressors, including their key components and how they operate.

For a pilot to effectively and safely fly an aircraft, they regularly rely on a number of instruments that provide them with a numerous of important operational readings. Instruments that are pressure based generally derive their measurements or readings from what is known as the pitot-static system, that of which is a common feature on countless aircraft for its ability to accurately and efficiently create readings related to Mach number, airspeed, altitude, and more. In this blog, we will discuss the pitot-static system in brief detail, allowing you to have a better understanding of their use and importance.

When working with machinery like engines and other mechanical devices, rotating shafts will oftentime be of use for generating desired movement. In such applications, bearings may be used to assist in the support of the shafts without interfering with their rotational motion. Shaped like a torus with a hole for the shaft to rest inside, bearings are available in a number of shapes and sizes for different applications. That being said, fitting a bearing pedestal to your rotary shaft can be time consuming, even costly, when you account for the downtime required for assembly. To reduce these issues, you may consider employing the use of a bearing pedestal, that of which is a tool used for mounting bearings and providing support. For your better knowledge of the advantages of relying on a bearing pedestal, we will further explore how they work to make operations more efficient.