Motion of rock masses on slope
This paper shows the different ways of how rock masses (stones, rocks, and blocks) move along slopes and for each different way of motion (free fall, bouncing, rolling, sliding, slowing down, lubrication, fluidization)adequatedynamicequationsaregiven.Knowingthe kinematics and dynamics of travelling...
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Geological Survey of Slovenia
2006-12-01
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doaj-534f863596fa48c983072528fb247ef82021-07-02T07:24:17ZengGeological Survey of SloveniaGeologija0016-77891854-620X2006-12-01492393408Motion of rock masses on slopeUrška PetjeMatjaž MikošBojan MajesThis paper shows the different ways of how rock masses (stones, rocks, and blocks) move along slopes and for each different way of motion (free fall, bouncing, rolling, sliding, slowing down, lubrication, fluidization)adequatedynamicequationsaregiven.Knowingthe kinematics and dynamics of travelling rock masses is necessary for mathematical modeling of motion and by this an assessment of maximal possible rockfall runout distances as an example of a sudden and hazardeous natural phenomenon, threatening man and his property, especially in the natural environment.http://www.geologija-revija.si/dokument.aspx?id=387kinematicsdynamicsdynamic equationstribologyrockfallsnatural hazards |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Urška Petje Matjaž Mikoš Bojan Majes |
spellingShingle |
Urška Petje Matjaž Mikoš Bojan Majes Motion of rock masses on slope Geologija kinematics dynamics dynamic equations tribology rockfalls natural hazards |
author_facet |
Urška Petje Matjaž Mikoš Bojan Majes |
author_sort |
Urška Petje |
title |
Motion of rock masses on slope |
title_short |
Motion of rock masses on slope |
title_full |
Motion of rock masses on slope |
title_fullStr |
Motion of rock masses on slope |
title_full_unstemmed |
Motion of rock masses on slope |
title_sort |
motion of rock masses on slope |
publisher |
Geological Survey of Slovenia |
series |
Geologija |
issn |
0016-7789 1854-620X |
publishDate |
2006-12-01 |
description |
This paper shows the different ways of how rock masses (stones, rocks, and blocks) move along slopes and for each different way of motion (free fall, bouncing, rolling, sliding, slowing down, lubrication, fluidization)adequatedynamicequationsaregiven.Knowingthe kinematics and dynamics of travelling rock masses is necessary for mathematical modeling of motion and by this an assessment of maximal possible rockfall runout distances as an example of a sudden and hazardeous natural phenomenon, threatening man and his property, especially in the natural environment. |
topic |
kinematics dynamics dynamic equations tribology rockfalls natural hazards |
url |
http://www.geologija-revija.si/dokument.aspx?id=387 |
work_keys_str_mv |
AT urskapetje motionofrockmassesonslope AT matjazmikos motionofrockmassesonslope AT bojanmajes motionofrockmassesonslope |
_version_ |
1721336095989301248 |