World Congress “Aviation in the XXI Century” – “Aviation Security and Space Technology”

Еnsuring fire safety in the aviation industry

Stanislav Petrenko , Svitlana Redko , Nadiya Gurska

10.1.1–10.1.4
Use of augmented and virtual reality technologies to improve fire safety in the aviation industry

Stanislav Petrenko , Svitlana Redko , Nadiya Hurska

10.1.5–10.1.9
Innovative fire extinguishing technologies in the aviation industry

Maria Yarmolchук, Kateryna Sydorenko , Olha Liubarska

10.1.10–10.1.12
Analysis of the causes of fires on board aircraft

Alina Bielanova , Stanislav Petrenko

10.1.13–10.1.15
Comparison of Fire Safety Systems in Civil and Military Aviation

Stanislav Станіслав , Maksym Panyuta

10.1.16–10.1.18
The impact of climate change on the risks of fires in aviation

Stanislav Petrenko , Mykyta Andrushchenko , Oleksandra Romantsova

10.1.19–10.1.22
Airport fire service: organization, equipment and tasks

Stanislav Petrenko , Mykyta Basarab

10.1.23–10.1.25
Improving thermal protection through the use of composite materials

Dmytro Chmil , Volodymyr Vitiv , Stanislav Petrenko

10.1.26–10.1.28
Personal protective equipment when exposed to hydrazine

Petro Panchenko , Stanislav Petrenko

10.1.29–10.1.32
Modern aircraft fire extinguishing systems: innovations and efficiency

Yanuariy Makarenko, Stanislav Petrenko

10.1.33–10.1.35
Improving Fire Extinguisher Labeling

Vitalii Sarnavskyi , Nataliia Glushanytsia, Stanislav Petrenko

10.1.36–10.1.38
Improvement of automatic fire extinguishing systems

Maksym Pylypenko , Stanislav Yurchenko , Stanislav Petrenko

10.1.39–10.1.43
Fire safety in the aviation industry

Andriy Pomisyachnyy , Dmytro Tyshchuk , Stanislav Petrenko

10.1.44–10.1.47
Fire safety rules during the operation of the aerodrome

Kateryna Omelchenko , Marharyta Sitnichenko , Stanislav Petrenko

10.1.48–10.1.50
Prospects for the Development of Autonomous Fire Suppression Systems for Military Unmanned Aerial Vehicles

Daria Popova , Daryna Samilenko , Stanislav Petrenko

10.1.51–10.1.53
The increase in the number of fires in Ukraine in 2021-2023: the consequences of war and the destruction of infrastructure

Yaroslav Bahmach , Oleksandr Payuk, Yana Vlad

10.1.54–10.1.57
Fire safety and current challenges in military aviation.

Oleg Zarytskyi, Dmytro Tykul, Nazar Caplan

10.1.58–10.1.61
Fire safety in the aviation industry

Ivan Chup , Vladyslav Tsymbalenko , Stanislav Petrenko

10.1.62–10.1.66
Fire Safety for Transportation of Dangerous Goods by Air

Vasyl Sysak , Stanislav Petrenko

10.1.67–10.1.70
Use of Automated Systems in Ensuring Fire Safety of Aircraft

Stanislav Lobodenko , Stanislav Petrenko

10.1.71–10.1.74
Education and training of aviation personnel on fire safety issues

Anastasia Veremeenko , Sophia Yeleva , Stanislav Petrenko

10.1.75–10.1.78
Modern fire extinguishing systems in aircraft hangars: analysis of efficiency and prospects for development.

Pavlo Kyshka , Stanislav Petrenko

10.1.79–10.1.82
Technological innovation as a factor of environmental sustainability in aviation.

Kateryna Lazebnyk , Yevhenii Popovych , Oleksandr Polishchuk

10.1.83–10.1.86
Implementation of the latest methods of searching for explosive devices on the railway section with the help of unmanned aerial systems.

Andriy Tymchenko , Andriy Malysh

10.1.87–10.1.90
Fire safety in the aviation industry

Dmytro Onyshchenko , Anna Smagol , Stanislav Petrenko

10.1.91–10.1.93
Implementation of new methods of repair and reconstruction of airfield facilities

Alina Miniaylo , Olga Maksumcuk , Andriy Malysh

10.1.94–10.1.98
Analysis of aviation fire statistics: causes and methods of prevention.

Ivan Klok , Stanislav Petrenko

10.1.99–10.1.102
Fire safety on board the aircraft

Artem Kuibida , Stanislav Petrenko

10.1.103–10.1.104
Fire extinguishing systems on board modern aircraft: technology and efficiency

Stanislav Petrenko , Artem Bilous

10.1.105–10.1.106

About the Journal

Current Issue

Automation and energy saving in air transport

Modern technologies of aircraft continuing airworthiness

Design, strength and durability of aviation machines

Engines and power plants

Intellectual robotic and measuring systems

Telecommunication and radio electronic systems

Aeronavigation and unmanned aerial systems and complexes

Automated intelligent control systems for technological processes and moving objects

Avionics and aircraft control

Electronics and telecommunications in aviation

Environmental safety, engineering and technology