The phrase "aviation applications" is correct and usable in written English.
You can use it when referring to software, technologies, or practices that are specifically designed for use in the aviation industry.
Example: "The new software offers a range of aviation applications that enhance flight safety and efficiency."
Alternatives: "aerospace applications" or "aircraft applications".
These systems exist in many aviation applications, such as dynamical systems involving rapid variations.
Because of their lightweight potential, they are interesting for the use in automotive, nautical and even aviation applications.
In aviation applications, fuel cell power plants can provide improved performance and environmental compatibility relative to conventional technologies.
The materials utilized as a part of aviation applications represent those with high performance, as the aviation industry is particularly materials driven.
This paper reviews the principal approaches used in light-weighting, along with the scope for application of light-weighting in aviation applications from power-plants to airframe components.
These technical challenges are further exacerbated by the current lack of field experience with AM components as well as limited full-scale production experience, at least in commercial aviation applications.
At present, small-scale long-endurance unmanned aerial vehicles are the primary aviation application for fuel cell power plants.
The Workshop will invite representatives from international academia on SHM, renowned experts in railway and aviation application, and delegates from Chinese railway operators, research institutes, rolling stock manufacturers and universities.
As the hybrid navigation solutions are becoming more and more popular for non-aviation applications, mainly due to appearance of relatively cheap inertial sensors of tactical grade, odometer or Doppler velocity measurements, more advanced techniques for Integrity Monitoring (IM) in RBE methods are becoming necessary.
This study examines the practical prospects and benefits for using interstitial metal hydride hydrogen storage in "unsupported" fuel cell mobile construction equipment and aviation GSE applications.
Vastly more frequencies are reserved for other uses, from television and radio to aviation and military applications.
