DBpedia – Linked Data Fragments

Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Rolling> ?p ?o }

• Rolling abstract "Rolling is a type of motion that combines rotation (commonly, of an axially symmetric object) and translation of that object with respect to a surface (either one or the other moves), such that, if ideal conditions exist, the two are in contact with each other without sliding.No sliding takes place if and only if the instantaneous velocity of the rolling object in the point(s) in which it contacts the surface is the same as that of the surface; this is referred to as pure rolling. In particular, for a reference plane in which the rolling surface is at rest, the instantaneous velocity of the point of contact of the rolling object is zero.In practice, due to small deformations near the contact area, some sliding and energy dissipation occurs. Nevertheless, the resulting rolling resistance is much lower than sliding friction, and thus, rolling objects, typically require much less energy to be moved than sliding ones. As a result, such objects will more easily move, if they experience a force with a component along the surface, for instance gravity on a tilted surface, wind, pushing, pulling, or torque from an engine. Unlike most axially symmetrical objects, the rolling motion of a cone is such that while rolling on a flat surface, its center of gravity performs a circular motion, rather than linear motion. Rolling objects are not necessarily axially-symmetrical. Two well known non-axially-symmetrical rollers are the Reuleaux triangle and the Meissner bodies. Objects with corners, such as dice, roll by successive rotations about the edge or corner which is in contact with the surface.".
• Rolling thumbnail Moglfm2207_rodadura.jpg?width=300.
• Rolling wikiPageID "1156993".
• Rolling wikiPageLength "15107".
• Rolling wikiPageOutDegree "63".
• Rolling wikiPageRevisionID "667086510".
• Rolling wikiPageWikiLink Air_drag.
• Rolling wikiPageWikiLink Angular_velocity.
• Rolling wikiPageWikiLink Axial_symmetry.
• Rolling wikiPageWikiLink Ball_bearing.
• Rolling wikiPageWikiLink Ball_bearings.
• Rolling wikiPageWikiLink Bearing_(mechanical).
• Rolling wikiPageWikiLink Car.
• Rolling wikiPageWikiLink Cars.
• Rolling wikiPageWikiLink Category:Articles_containing_video_clips.
• Rolling wikiPageWikiLink Category:Rotation.
• Rolling wikiPageWikiLink Center_of_gravity.
• Rolling wikiPageWikiLink Center_of_mass.
• Rolling wikiPageWikiLink Circular_motion.
• Rolling wikiPageWikiLink Cycloid.
• Rolling wikiPageWikiLink Dice.
• Rolling wikiPageWikiLink Dimensionless.
• Rolling wikiPageWikiLink Dimensionless_quantity.
• Rolling wikiPageWikiLink Displacement_(vector).
• Rolling wikiPageWikiLink Drag_(physics).
• Rolling wikiPageWikiLink Dynamic_friction.
• Rolling wikiPageWikiLink Electric_motor.
• Rolling wikiPageWikiLink Energy.
• Rolling wikiPageWikiLink Equation_solving.
• Rolling wikiPageWikiLink Friction.
• Rolling wikiPageWikiLink Frictional_contact_mechanics.
• Rolling wikiPageWikiLink If_and_only_if.
• Rolling wikiPageWikiLink Inclined_plane.
• Rolling wikiPageWikiLink Kinetic_energy.
• Rolling wikiPageWikiLink Land_vehicle.
• Rolling wikiPageWikiLink Linear_motion.
• Rolling wikiPageWikiLink Moment_arm.
• Rolling wikiPageWikiLink Moment_of_inertia.
• Rolling wikiPageWikiLink Motion_(physics).
• Rolling wikiPageWikiLink Net_force.
• Rolling wikiPageWikiLink Newtons_laws_of_motion.
• Rolling wikiPageWikiLink Newtons_second_law.
• Rolling wikiPageWikiLink Normal_(geometry).
• Rolling wikiPageWikiLink Parallel_axis_theorem.
• Rolling wikiPageWikiLink Plane_of_reference.
• Rolling wikiPageWikiLink Radius_of_gyration.
• Rolling wikiPageWikiLink Reduction_(mathematics).
• Rolling wikiPageWikiLink Reference_plane.
• Rolling wikiPageWikiLink Reuleaux_tetrahedron.
• Rolling wikiPageWikiLink Reuleaux_triangle.
• Rolling wikiPageWikiLink Rolling-element_bearing.
• Rolling wikiPageWikiLink Rolling_cone_motion.
• Rolling wikiPageWikiLink Rolling_resistance.
• Rolling wikiPageWikiLink Rotation.
• Rolling wikiPageWikiLink Rotation_around_a_fixed_axis.
• Rolling wikiPageWikiLink Rotational_inertia.
• Rolling wikiPageWikiLink Sign_convention.
• Rolling wikiPageWikiLink Sliding_(motion).
• Rolling wikiPageWikiLink Slip_(vehicle_dynamics).
• Rolling wikiPageWikiLink Static_friction.
• Rolling wikiPageWikiLink Terrestrial_locomotion.
• Rolling wikiPageWikiLink Terrestrial_locomotion_in_animals.
• Rolling wikiPageWikiLink Tool.
• Rolling wikiPageWikiLink Tools.
• Rolling wikiPageWikiLink Torque.
• Rolling wikiPageWikiLink Train.
• Rolling wikiPageWikiLink Trains.
• Rolling wikiPageWikiLink Translation_(geometry).
• Rolling wikiPageWikiLink Transport.
• Rolling wikiPageWikiLink Transportation.
• Rolling wikiPageWikiLink Trochoid.
• Rolling wikiPageWikiLink Tumbling_(gymnastics).
• Rolling wikiPageWikiLink Vehicle.
• Rolling wikiPageWikiLink Wheel.
• Rolling wikiPageWikiLink File:Rolling_Racers_-_Moment_of_inertia.gif.
• Rolling wikiPageWikiLink File:Rolling_Racers_-_Moment_of_inertia.ogv.
• Rolling wikiPageWikiLinkText "Rolling motion".
• Rolling wikiPageWikiLinkText "Rolling".
• Rolling wikiPageWikiLinkText "roll".
• Rolling wikiPageWikiLinkText "rolled".
• Rolling wikiPageWikiLinkText "rolling motion".
• Rolling wikiPageWikiLinkText "rolling over".
• Rolling wikiPageWikiLinkText "rolling thread".
• Rolling wikiPageWikiLinkText "rolling".
• Rolling wikiPageWikiLinkText "rolls".
• Rolling direction "vertical".
• Rolling footer "The velocities of the points of a rolling object are equal to those of rotation around the point of contact.".
• Rolling hasPhotoCollection Rolling.
• Rolling image "Moglfm2207 rodadura.jpg".
• Rolling image "Velocitats Roda.svg".
• Rolling wikiPageUsesTemplate Template:Citation.
• Rolling wikiPageUsesTemplate Template:Multiple_image.
• Rolling wikiPageUsesTemplate Template:Other_uses.
• Rolling wikiPageUsesTemplate Template:Show.
• Rolling subject Category:Articles_containing_video_clips.
• Rolling subject Category:Rotation.
• Rolling hypernym Motion.
• Rolling type Article.
• Rolling type Work.
• Rolling type Article.

• next