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Preračun obremenitev na žiroplan med letom
ID KOLAR, DOMEN (Author), ID Kosel, Tadej (Mentor) More about this mentor... This link opens in a new window, ID Šajn, Viktor (Co-mentor)

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MD5: A18358B28E1B7ABF5F41107BC53EFD96
PID: 20.500.12556/rul/d2960f66-6562-47ac-a454-c5b1b68ee7da

Abstract
V diplomskem delu smo predstavili obremenitve, ki se pojavijo na žiroplanu. Obremenitve na žiroplanih zaradi obratovanja v avtorotaciji delujejo nekoliko drugače kot na ostalih letalnikih. Čeprav je predpisan maksimalen faktor obremenitve 3 ali 3.5, teh v normalnih pogojih letanja ne moremo doseči. Kljub temu se pri izdelavi upošteva še varnostni faktor. Obremenitvene teste smo opravili v podjetju Trixy Aviation. Izračunali in prikazali smo obremenitvene teste za žiroplan in potrebno moč predrotacije rotorja z NACA 9h12 aeroprofilom. Iz preračunov je razvidno, da morajo biti žiroplani zaradi predpisov dizajnirani na visoko varnost. Prednost žiroplanov je tudi, da za predrotacijo rotorja ni potrebna velika moč, kar pomeni da imamo več možnosti za zagotovitel potrebne moči. Primer: dodaten elektro motor.

Language:Slovenian
Keywords:žiroplan obremenitveni testi predrotacija certifikacijske specifikacije standard poglavje-T standard BUT
Work type:Bachelor thesis/paper
Organization:FS - Faculty of Mechanical Engineering
Year:2017
PID:20.500.12556/RUL-92968 This link opens in a new window
Publication date in RUL:11.07.2017
Views:1389
Downloads:443
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Secondary language

Language:English
Title:Calculation of the loads that occur on gyrocopter in flight
Abstract:
In this thesis we present the loads that occur on gyrocopter. Loads on gyrocopter are different than on the other aircrafts. Main reason is that they are operating in autorotation. Even though that the maximum allowed load faktors are between 3 and 3,5, these values cannot be reached under normal flying conditions. Additionally in the process of manufacturing the gyrocopter, the safety factor is also taken into the account. Load test were conducted in Trixy Aviation Corporation. In thesis there are represented calculated load tests for gyrocopter and required power for pre rotation for the NACA 9h12 profile. From presented calculations is clear that gyrocopters are designed for considerable amount of security, mainly due to strict regulation. Another advantage is that gyrocopters for autorotation do not need high amount of power, which means that there is a possibility of different sources providing the required working power.

Keywords:gyrocopter load tests pre-rotation certification specifications standard section-T standard BUT

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