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Articles citing this paper

The Motion of Rapidly Rotating Curling Rocks

Mark R. A. Shegelski and Ross Niebergall
52(6) pp.1025 - 1038


17 articles found in Crossref database.

Pivot–slide model of the motion of a curling rock
Shegelski Mark R.A., Lozowski Edward
Canadian Journal of Physics. 2016 94(12). p.1305
An examination of studies related to the sport of curling: a scoping review
Zacharias Emily, Robak Nicole, Passmore Steven
Frontiers in Sports and Active Living. 2024 6
High-precision measurements of curling stone dynamics: Curl distance by digital image analysis
Hattori Kazuhiro, Tokumoto Masaru, Kashiwazaki Koshi, Maeno Norikazu
Proceedings of the Institution of Mechanical Engineers, Part P: Journal of Sports Engineering and Technology. 2023 237(2). p.102
The asymmetrical friction mechanism that puts the curl in the curling stone
Nyberg Harald, Alfredson Sara, Hogmark Sture, Jacobson Staffan
Wear. 2013 301(1-2). p.583
The motion of rotating cylinders sliding on pebbled ice
Shegelski MRA, Reid M, Niebergall R
Canadian Journal of Physics. 2000 77(11). p.847
Comment on “Calculated Trajectories of Curling Stones Under Asymmetrical Friction: Validation of Published Models”
Shegelski Mark R. A., Reid Matthew, Jensen E. T.
Tribology Letters. 2016 64(1).
Mechanism Design and Motion Planning of a Hexapod Curling Robot Exhibited during the Beijing 2022 Winter Olympics Games
Yin Ke, Gao Yue, Gao Feng, Chen Xianbao, Zhao Yue, Xiao Yuguang, Sun Qiao, Sun Jing
Engineering. 2024
Calculated Trajectories of Curling Stones Sliding Under Asymmetrical Friction: Validation of Published Models
Nyberg Harald, Hogmark Sture, Jacobson Staffan
Tribology Letters. 2013 50(3). p.379
Exact normal forces and trajectories for a rotating tripod sliding on a smooth surface
Shegelski M R.A., Goodvin G L, Booth R, Bagnall P, Reid M
Canadian Journal of Physics. 2004 82(11). p.875
Reply to the comment by M. Denny on "The motion of a curling rock"
Shegelski Mark RA, Niebergall Ross
Canadian Journal of Physics. 2003 81(6). p.883
Ice Deformation Explains Curling Stone Trajectories
Denny Mark
Tribology Letters. 2022 70(2).
Rapidly rotating sliding cylinders: Trajectories with large lateral displacements
Shegelski M R.A., Holenstein R
Canadian Journal of Physics. 2002 80(2). p.141
Comment on: Curling rock dynamics - The motion of a curling rock: inertial vs. noninertial reference frames
Shegelski MRA, Reid M
Canadian Journal of Physics. 2000 77(11). p.903
The motion of a curling rock: Analytical approach
Shegelski M R
Canadian Journal of Physics. 2000 78(9). p.857
Assignments and progress of curling stone dynamics
Maeno Norikazu
Proceedings of the Institution of Mechanical Engineers, Part P: Journal of Sports Engineering and Technology. 2023 237(2). p.79
The motion of curling rocks: Experimental investigation and semi-phenomenological description
Jensen E T, Shegelski Mark RA
Canadian Journal of Physics. 2004 82(10). p.791
The motion of rapidly rotating cylinders sliding on smooth surfaces
Shegelski M R.A.
Canadian Journal of Physics. 2001 79(5). p.841
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