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BIOMECANICA DEL HUESO

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BIOFISICA

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El Salvador

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BIOMECANICA DEL HUESO
 

BIOMECANICA DEL HUESOOnline version

BIOFISICA

by Angie Reneé Flores Calderon
1

Observa la imagen donde la linea sube a 150 MPa pero se desplaza hasta el 20% de deformacion, ¿Que se puede concluir sobre la rigidez del material?

2

Si este tipo de hueso recibe un impacto que lo deforma un 15% ¿Cual es el estado fisico deformacion resultante segun la grafica?

3

En terminos de soportar impacto ¿Porque este material (Verde) es preferible a uno que sea mas rigido (rojo) pero que se rompa al 2% de deformacion?

4

Desde un punto de vista biofisica ¿Porque el hueso cortical presenta una mayor resistencia a la compresion que al cizallamiento?

5

En una carga de cizallamiento las fuerzas actuan de manera paralela ¿Porque este mecanismo suele implicar una recuperacion mas lenta?

Explicación

Un material rigido alcanza su estres maximo con deformaciones minimas como 10% si necesita casi 40% es flexible

Al estar entre el limite elastico y el punto de ruptura el material cambia de forma pero no se parte

La tenacidad es la capacidad de asorber energia mecanica mediante la deformacion y el estres combinado

La estructura interna del hueso esta organizada para soportar cargas a lo largo de su eje mayor ofreciendo maxima resistencia en esa direccion

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