%0 Journal Article %1 RefWorks:399 %A Penner, A. Raymond %D 2001 %J American Journal Of Physics %K Curling Curlingstein Physik %N 3 %P 332-339 %T The Physics of Sliding Cylinders and Curling Rocks %V 69 %X The lateral deflection of a rotating cylindrical shell sliding on one of its ends is considered and both theoretical and experimental results are presented. The coefficient of kinetic friction between a curling rock and an ice surface is then derived and compared with experiment. Current models of the motion of a curling rock are discussed and an alternate hypothesis is presented. (C) 2001 American Association of Physics Teachers. %@ 0002-9505

@article{RefWorks:399, abstract = {The lateral deflection of a rotating cylindrical shell sliding on one of its ends is considered and both theoretical and experimental results are presented. The coefficient of kinetic friction between a curling rock and an ice surface is then derived and compared with experiment. Current models of the motion of a curling rock are discussed and an alternate hypothesis is presented. (C) 2001 American Association of Physics Teachers.}, added-at = {2012-02-24T13:42:31.000+0100}, author = {Penner, A. Raymond}, biburl = {https://www.bibsonomy.org/bibtex/246b0410f5745ecdcfe181c97377b8097/cckonstanz}, description = {front-back und left-right asymetry als Erklärung verworfen}, interhash = {2576d499aac3c38dfb014a32b3732fdf}, intrahash = {46b0410f5745ecdcfe181c97377b8097}, isbn = {0002-9505}, journal = {American Journal Of Physics}, keywords = {Curling Curlingstein Physik}, language = {English}, month = mar, note = {Article}, number = 3, pages = {332-339}, timestamp = {2015-06-30T22:16:20.000+0200}, title = {The Physics of Sliding Cylinders and Curling Rocks}, volume = 69, year = 2001 }