2021
DOI: 10.1103/physrevx.11.011025
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Friction on Ice: How Temperature, Pressure, and Speed Control the Slipperiness of Ice

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Cited by 24 publications
(44 citation statements)
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“…The existing ice and snow friction studies provide different approaches to surface texture measurements and analyses. The most common are non-contact profilometry (Bäurle et al, 2007;Kietzig et al, 2009;Kietzig et al, 2010b;Rohm et al, 2015;Scherge et al, 2018;Ripamonti et al, 2020;Liefferink et al, 2021), contact profilometry (Sukhorukov and Marchenko, 2014;Jansons et al, 2016;Spagni et al, 2016), scanning electron microscopy, SEM (Ducret et al, 2005;Bäurle et al, 2007;Kietzig et al, 2009;Kietzig et al, 2011;Ling et al, 2016;Ripamonti et al, 2020), optical microscopy (Rohm et al, 2015;Ling et al, 2016) and atomic force microscopy, AFM (Scherge et al, 2013). All these methods provide useful information about the surface topography, for example, SEM provides a high depth-of-field image of small surface details, such as asperity tips, scratch mark pileups, laser-texturing quality, surface polishing, etc.…”
Section: Literature Review Previously Used Surface Texture Measurement Methods In the Field Of Ice Tribologymentioning
confidence: 99%
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“…The existing ice and snow friction studies provide different approaches to surface texture measurements and analyses. The most common are non-contact profilometry (Bäurle et al, 2007;Kietzig et al, 2009;Kietzig et al, 2010b;Rohm et al, 2015;Scherge et al, 2018;Ripamonti et al, 2020;Liefferink et al, 2021), contact profilometry (Sukhorukov and Marchenko, 2014;Jansons et al, 2016;Spagni et al, 2016), scanning electron microscopy, SEM (Ducret et al, 2005;Bäurle et al, 2007;Kietzig et al, 2009;Kietzig et al, 2011;Ling et al, 2016;Ripamonti et al, 2020), optical microscopy (Rohm et al, 2015;Ling et al, 2016) and atomic force microscopy, AFM (Scherge et al, 2013). All these methods provide useful information about the surface topography, for example, SEM provides a high depth-of-field image of small surface details, such as asperity tips, scratch mark pileups, laser-texturing quality, surface polishing, etc.…”
Section: Literature Review Previously Used Surface Texture Measurement Methods In the Field Of Ice Tribologymentioning
confidence: 99%
“…There is a general agreement among scientists that the topography of sliding body and ice play a significant role in the ice friction process (Ducret et al, 2005;Bäurle et al, 2007;Kietzig et al, 2009;Kietzig et al, 2010b;Sukhorukov and Marchenko, 2014;Rohm et al, 2015;Spagni et al, 2016;Liefferink et al, 2021). This was already described in different experimental studies (Ducret et al, 2005;Rohm et al, 2015;Jansons et al, 2016;Spagni et al, 2016;Jansons et al, 2018;Liefferink et al, 2021). However, it is still not clear how the surface topography influences the ice friction process, especially if different loads are applied.…”
Section: Introductionmentioning
confidence: 94%
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“…This ploughing term accounted for their measured rise of friction near 0°C. Liefferink et al (2021), expanding on Weber et al (2018), clarified the role of ice deformation on measured friction. Testing spheres of differing roughness and normal load, friction from ploughing became important above ∼ −20°C as contact pressures, including from increased roughness, exceeded measured hardness.…”
Section: Quasi-liquid Layer Role In Ice Frictionmentioning
confidence: 99%