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Esfuerzo y Deformación: Elasticidad y Hooke

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Fundamentos de elasticidad y deformación

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Mexico

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Esfuerzo y Deformación: Elasticidad y Hooke
 

Esfuerzo y Deformación: Elasticidad y HookeOnline version

Fundamentos de elasticidad y deformación

by CARLOS ARROYO LÓEZ
1

¿Qué es el esfuerzo (σ) en un material?

2

¿Qué describe la deformación (ε)?

3

¿Qué es la elasticidad?

4

¿Qué distingue entre deformación dúctil y frágil?

5

¿Qué describe la Ley de Hooke para elasticidad lineal?

6

¿Qué es el módulo elástico (E)?

7

¿Qué indica la razón de Poisson (ν)?

8

¿Qué describe el alargamiento permisible?

9

¿Qué caracteriza el módulo de elasticidad del material?

Explicación

El esfuerzo es F/A, no basta con la fuerza total.

La deformación es el cambio relativo de longitud respecto a la original.

La elasticidad implica recuperación después de la carga.

Ductilidad = deformación plástica notable antes de ruptura.

En el régimen elástico, σ ∝ ε.

E mide rigidez; pendiente de la curva σ vs ε.

ν = -ε_transversal/ε_longitudinal en el rango elástico.

Indica cuánto puede estirarse sin romperse.

El módulo de elasticidad es la rigidez inicial.

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