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DIA 2: MECANISMOS DE ENDURECIMIENTPO

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DIA 2: MECANISMOS DE ENDURECIMIENTPO

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About this activity

Mecanismos de endurecimiento en metales

Created by

ALAN ALCALA MERINO
ALAN ALCALA MERINO
Mexico

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DIA 2: MECANISMOS DE ENDURECIMIENTPO
 

DIA 2: MECANISMOS DE ENDURECIMIENTPOOnline version

Mecanismos de endurecimiento en metales

by ALAN ALCALA MERINO
1

El endurecimiento por deformación en frío aumenta la ductilidad sin cambiar la dureza.

2

A mayor tamaño de grano, mayor resistencia.

3

Las dislocaciones son defectos lineales en la estructura cristalina y se desplazan durante la deformación plástica.

4

En la solución sólida intersticial, los átomos soluto no afectan la red.

5

El endurecimiento por precipitación funciona solo con aleaciones no aluminio.

6

Las fronteras de grano no interfieren con la movilidad de dislocaciones.

7

En la solución sólida, los solutos distorsionan la red y frenan la movilidad de las dislocaciones.

8

El endurecimiento por precipitación utiliza precipitados que actúan como anclas para las dislocaciones.

9

El refinamiento de grano incrementa la resistencia porque los granos pequeños presentan más fronteras.

10

El endurecimiento por deformación en frío se consigue deformando el metal por debajo de la temperatura de recristalización.

 
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