To start out the answer, it could lead to allowing the bone to become a little weaker and allowing for it to happen again.
Metallurgic dislocations are defects or irregularities within the crystal structure of a metal. These dislocations can affect the physical properties of the metal, such as yield strength.
J Friedel has written: 'Les dislocations' -- subject(s): Dislocations in metals, Dislocations in crystals
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Edge dislocations move faster than screw dislocations because edge dislocations have higher resolved shear stress on their slip plane, allowing them to move more easily through a material. Screw dislocations, on the other hand, require the motion of multiple atoms to move, causing them to move more slowly than edge dislocations.
Derek Hull has written: 'Introduction to dislocations' -- subject(s): Dislocations in crystals
The shoulder is the most common location for arm dislocations, followed by the elbow and wrist. Shoulder dislocations occur due to trauma or overextension of the joint, causing the ball of the upper arm bone to pop out of the shoulder socket.
a sessile dislocation has a burger's vector that does notlie in the primary slip plane of the crystal, so it is immobile.a glissile dislocation has a burger's vector that doeslie in the primary slip plane of the crystal and thus is able to move in that plane.
Ronald Furlong has written: 'Fractures and dislocations' -- subject(s): Bone Fractures, Dislocations, Fractures, Bone
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Metals behave as brittle materials when lacking dislocations because dislocations help accommodate plastic deformation by allowing atoms to rearrange and slide past each other. Without dislocations, stress builds up and results in sudden fracture when the yield strength is surpassed, leading to brittle behavior.
Injury or disability caused when the normal position of a joint or other part of the body is disturbed- congenital dislocation of the hip- dealing with fractures and dislocations
Glue does not affect anything on your body.