The hexapod robot for aircraft fuel tank and the use of calculation in the analysis of the effectiveness of radio interference

Journal Title: INCAS BULLETIN - Year 2019, Vol 11, Issue 3

Abstract

This paper focuses on the use of calculation for analyzing the effects of radio interference associated with the entry into the aircraft fuel tank of the hexapod robot. The analysis will help to demonstrate how the mobil robot will interact with the work environment. There are number of advantages from this automation to make the job of the human factor easier and to work in a safe environment by protecting both equipment installed on the aircraft and the hexapod robot.

Authors and Affiliations

Maria-Giorgiana GAINA

Keywords

Related Articles

A computational study of heat transfer in a laminar oscillating confined slot jet impinging on an isothermal surface at low Reynolds numbers

Heat transfer in a laminar confined oscillating slot jet is numerically investigated. A uniform inlet velocity profile oscillating with an angle φ, having the following sinusoidal shape: φ= φmax*sin(2πft). φ is in radian...

An Interpretation of the “Black Energy” in Universe by Using a Hydro-Dynamical Analogy with Newton Gravity

There are arguments proving that what we see now as “normal energy” (including the equivalent mass-energy) represents only 5% of the total energy of the Universe [1]. The rest is invisible meaning that no widely accepted...

Responsibility of the Russian Federation for Shooting Down a Malaysian Passenger Aircraft on 17th July 2014

On 17 July 2014, Malaysia Airlines Flight MH17 from Amsterdam to Kuala Lumpur was shot down over Eastern Ukraine. On board Boeing 777 there were 283 passengers and 15 crew members who all lost their lives. The victims’ f...

Download PDF file
  • EP ID EP630932
  • DOI 10.13111/2066-8201.2019.11.3.6
  • Views 110
  • Downloads 0

How To Cite

Maria-Giorgiana GAINA (2019). The hexapod robot for aircraft fuel tank and the use of calculation in the analysis of the effectiveness of radio interference. INCAS BULLETIN, 11(3), 67-76. https://europub.co.uk/articles/-A-630932