Friction in orthodontics - Nallatuthodika, Shabeer;Batra, Puneet;Sonar, Saurabh
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Friction is the force that resists against the movement of one surface in relation to another and that acts on the opposite direction of the desired movement. Tooth movement is determined by the total forces applied on the teeth. This includes forces from the appliance and muscular forces that are produced during function. In addition, frictional forces can operate that can considerably alter the force system. Friction force is produced by many possible appliance activations like buccal, lingual, apical, and occlusal forces. Friction force is also produced by moments acting on the archwire by…mehr

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Produktbeschreibung
Friction is the force that resists against the movement of one surface in relation to another and that acts on the opposite direction of the desired movement. Tooth movement is determined by the total forces applied on the teeth. This includes forces from the appliance and muscular forces that are produced during function. In addition, frictional forces can operate that can considerably alter the force system. Friction force is produced by many possible appliance activations like buccal, lingual, apical, and occlusal forces. Friction force is also produced by moments acting on the archwire by tip or torque. The ligation mechanism produces normal forces adding to the friction force. The ligation is used to engage the archwire in the bracket. Any additional ligation force will add to the friction force and usually is not desired.
Autorenporträt
Nallatuthodika, Shabeer
Shabeer Nallatuthodika is a postgraduate student in the department of orthodontic and dentofacial orthopaedic under the guidance of professor Dr saurabh sonar and Dr puneet batra, head of the department, institute of dental studies and technology.