ASAP FulFillment Blog

In the unforgiving skies, aircraft encounter various weather conditions that can pose risks to their performance and safety. One such hazard is ice formation on critical surfaces, which can disrupt airflow, reduce lift, and impede control. To combat this challenge, aircraft are equipped with sophisticated ice control and ice detector systems. In this article, we will delve into the intricacies of these systems, their components, and their vital role in ensuring safe flight operations.

Airplane propellers are a vital component of many aircraft propulsion systems, responsible for generating thrust and propelling the aircraft forward. They come in various designs and configurations, but the basic principle of propeller operations remains the same across all variations. In this blog, we will explore the fundamentals of airplane propellers so that you can better understand how they work.

Thrust bearings are special types of bearings manufactured to support axial stresses while enabling rotary motion between two moving parts. In fact, thrust refers to the axial loads under which these types of bearings are designed to operate. They are available in a wide range of designs, including ball, roller, fluid, and magnetic variations. In the automotive sector, ball and roller thrust bearings are commonly found in wheel hubs, and manual transmissions can utilize what is popularly known as a throw-out bearing as a part of the clutch mechanism.

While air travel has proven itself to be safer than driving a car, there are still some critical factors to take into consideration when hopping on a flight. Generally, eager flyers do not take many of the potential airborne dangers very seriously, but pilots always have them in mind. If you think about it, people are being hoisted thousands of feet in the air within a vacuum-sealed vessel. Clearly, there are some major dangers to consider. 

Computers feature two different kinds of hardware-based memory: volatile and non-volatile memory. The difference between the two lies in what happens to the memory once the computer is turned off. More specifically, volatile memory holds onto data when a computer is turned on, but it disappears after the computer is turned back off. Non-volatile memory stays in the computer, regardless of whether it is turned on or off.