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Methods for determining the friction coefficient of the road surface

DOI: https://doi.org/10.3846/mla.2019.7079

Abstract

In spite of advances in aviation technology, operational procedures and weather forecasting, safe winter runway operations remain a challenge for airport operators, air traffic controllers, airlines and pilots who must coordinate their actions under rapidly-changing weather conditions. The paper analyses most popular methods for determining the friction coefficient of the road surface. Their advantages, disadvantages and comparison of their modern instruments for measuring the frictional properties of airfields is shown. Most of the information was derived from a comprehensive literature review.


Article in English.


Trinties koeficiento su kelio danga nustatymo metodai


Santrauka


Nepaisant aviacijos technologijų pažangos, operacinių procedūrų ir oro prognozių, saugios kilimo ir tūpimo tako operacijos žiemą išlieka iššūkiu oro uostų valdytojams, skrydžių vadovams, oro linijoms ir pilotams, kurie turi koordinuoti savo veiksmus sparčiai besikeičiančiomis oro sąlygomis. Straipsnyje analizuojami populiariausieji kelio dangos trinties koeficiento nustatymo metodai. Pateikiami jų privalumai, trūkumai ir lyginami jų modernūs prietaisai, skirti aerodromų trinties savybėms matuoti. Didžioji dalis informacijos buvo gauta iš išsamios literatūros apžvalgos.


Reikšminiai žodžiai: trinities koeficientas, matavimo metodai, kelio paviršius, aerodromas, paviršiaus nelygumai, mikroprofilis.

Keyword : friction coefficient, measuring methods, road surface, aerodrome, surface roughness, microprofile

How to Cite
Perova, E., Ugnenko, E., Viselga, G., & Tetsman, I. (2019). Methods for determining the friction coefficient of the road surface. Mokslas – Lietuvos Ateitis / Science – Future of Lithuania, 11. https://doi.org/10.3846/mla.2019.7079
Published in Issue
Feb 1, 2019
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This work is licensed under a Creative Commons Attribution 4.0 International License.

References

Al-Qadi, I. L., Loulizi, A., Flintsch, G. W., Roosevelt, D. S., Decker, R., Wambold, J. C., & Nixon, W. A. (2002). Feasibility of using friction indicators to improve winter maintenance operations and mobility. Prepared for: National Cooperative Highway Research Program Transportation Research Board of the National Academies (NCHRP Web Document 53 (Project 6-14): Contractor’s Final Report). Retrieved from http://onlinepubs.trb.org/onlinepubs/nchrp/nchrp_w53.pdf

Вogoyavlenskiy, A. A. (2013). Isliedovanijie metrologiceskich charakteristik izmieritieliej koeficienta scieplienija na primierie teliezki tipa АТТ–2 [Rеsеarch of metrologicaL charachteristic of the meter coefficient of friction on the example of the cart type ATT–2]. Naucnyj viestnik МGТUGА, Nr. 187, sеrija Аerоmеchаnikа, рrоcnоst, podierzanijie letnoj gоdnosti.

Вogoyavlenskiy, A. A., & Bokov, A. Е. (2012). Оsоbiеnоsti metrologiceskоvо оbiеspiеciеnija sriеdstv i mеtоdоv uzmierienij koeficienta scieplienija na vozdusnom transportie [Features of metrological provision of means and methods of measuring the coefficient of friction on air transport]. Мir izmierienij, 17-29. FGUP GоsNII GА, Mоskvа.

California Department of Transportation (CALTRANS). (1999). Snow and ice control operations. Retrieved from http://www.wrightwoodcalif.com/Images/snwicecontrol.pdf

Civil Aviation Technical Center. (2012). IMAG skid resistance friction trailer. Technical information. Retrieved from https://www.stac.aviation-civile.gouv.fr/sites/default/files/imag_2012_gb.pdf

Henry, J. J. (2000). Evaluation of pavement friction characteristics. NCHRP synthesis 291. Washington, DC: National Academy Press.

Highway Continuous Friction Measuring Equipment (CFME) (2007). Operating and training manual. Mu-Meter Mk6 Highways, 2, 2-95. UK: Douglas Equipment Ltd. Retrieved from ftp://ftp.ani.gov.co/Tercera%20Ola/Sogamoso%20Aguazul%20Mani/C/CII/CII1/CII12/Anexo%206%20(Digital)/02%20Fi-chas%20y%20Referencias%20Equipos/%C2%B5-Meter/Manu-al%20Operacion%20Equipo%20Mu%20Meter%20Modelo%20MK6%20-%20Carreteras.pdf

Lukanov, N. I. (2012). Sposob opriedielienija koeficienta scieplienija koliesa s povierchnostju iskustvienovo pokrytija [Method for measuring quotient of wheel traction with artificial surface], patent Rosijskoi Federaciji 2442136, kl. G01N 19/02. Retrieved from ftp://ftp.ani.gov.co/Tercera%20Ola/Sogamoso%20Aguazul%20Mani/C/CII/CII1/CII12/Anexo%206%20(Digital)/02%20Fi-chas%20y%20Referencias%20Equipos/%C2%B5-Meter/Manu-al%20Operacion%20Equipo%20Mu%20Meter%20Modelo%20MK6%20-%20Carreteras.pdfhttp://www.freepatent.ru/images/pat-ents/16/2442136/patent-2442136.pdf

Nelson, N. (2009). BWI marshall upgrades its friction testing technology. Retrieved from https://airportimprovement.com/article/bwi-marshall-upgrades-its-friction-testing-technology

Perova, E., Ugnenko, E., & Gubareva, O. (2016). Methods and techniques for determining adhesion coefficients on airfield pavements. Avtomobіl’nі dorogi і dorozhnє budіvnitstvo, 97, 42-49.

Rado, Z., & Wambold, J. C. (2014). Correlation of ground friction measurements to aircraft braking friction calculated from flight data. Retrieved from https://www.researchgate.net/publication/266873785_Correlation_of_Ground_Friction_Measurements_to_Aircraft_Braking_Friction_Calculated_from_Flight_Data_Recorders_by_Correlation_of_Ground_Fric-tion_Measurements_to_Aircraft_Braking_Friction_Calculated_fr

Sacharov, V. M., Kutuzov, S. V., & Kurtukov, D. N. (2017). Electronic decelerometers RU175489U1 (In Russian). Retrieved from https://patents.google.com/patent/RU175489U1/en