Experiments on friction of dry and wet ice

Maria Tikanmäki (Corresponding Author), Panu Sainio

Research output: Contribution to journalArticleScientificpeer-review

Abstract

Experiments on ice-on-ice friction both with and without water on the ice surface are presented. The experiments were conducted at −9.4 °C on dry ice and at −2.8 °C on both wet and dry ice. The sliding speed was varied between 6 and 105 mm/s. The effect of abrasion of ice surfaces was found to be an important phenomenon regarding the friction coefficient. Related to abrasion, the friction coefficient increased significantly in repetitive experiments especially at warm temperature. Adding water on the ice surface had only a minor effect on the friction coefficient at sliding speed above 10 mm/s. However, at lower speeds, the friction coefficient on wet ice was significantly higher than on dry ice.
Original languageEnglish
Article number102990
JournalCold Regions Science and Technology
Volume172
DOIs
Publication statusPublished - Apr 2020
MoE publication typeA1 Journal article-refereed

Fingerprint

Ice
friction
Friction
ice
experiment
Experiments
abrasion
Abrasion
sliding
Water
water
speed

Keywords

  • ice
  • friction
  • sliding
  • wet ice

Cite this

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title = "Experiments on friction of dry and wet ice",
abstract = "Experiments on ice-on-ice friction both with and without water on the ice surface are presented. The experiments were conducted at −9.4 °C on dry ice and at −2.8 °C on both wet and dry ice. The sliding speed was varied between 6 and 105 mm/s. The effect of abrasion of ice surfaces was found to be an important phenomenon regarding the friction coefficient. Related to abrasion, the friction coefficient increased significantly in repetitive experiments especially at warm temperature. Adding water on the ice surface had only a minor effect on the friction coefficient at sliding speed above 10 mm/s. However, at lower speeds, the friction coefficient on wet ice was significantly higher than on dry ice.",
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Experiments on friction of dry and wet ice. / Tikanmäki, Maria (Corresponding Author); Sainio, Panu.

In: Cold Regions Science and Technology, Vol. 172, 102990, 04.2020.

Research output: Contribution to journalArticleScientificpeer-review

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AU - Sainio, Panu

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AB - Experiments on ice-on-ice friction both with and without water on the ice surface are presented. The experiments were conducted at −9.4 °C on dry ice and at −2.8 °C on both wet and dry ice. The sliding speed was varied between 6 and 105 mm/s. The effect of abrasion of ice surfaces was found to be an important phenomenon regarding the friction coefficient. Related to abrasion, the friction coefficient increased significantly in repetitive experiments especially at warm temperature. Adding water on the ice surface had only a minor effect on the friction coefficient at sliding speed above 10 mm/s. However, at lower speeds, the friction coefficient on wet ice was significantly higher than on dry ice.

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