Arratibel et al 2021a - Revision history

Materiales.Compuestos at 19:35, 26 November 2022

2022-11-26T19:35:49Z

Materiales.Compuestos at 19:34, 26 November 2022

2022-11-26T19:34:39Z

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Scipediacontent at 13:45, 7 May 2022

2022-05-07T13:45:43Z

Scipediacontent at 13:38, 7 May 2022

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Scipediacontent at 13:37, 7 May 2022

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Scipediacontent at 12:11, 7 May 2022

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Scipediacontent: Scipediacontent moved page Draft Content 635036536 to Arratibel et al 2021a

2022-03-31T19:06:24Z

Scipediacontent moved page Draft Content 635036536 to Arratibel et al 2021a

Scipediacontent: Created page with "== Abstract == This work presents an experimental method to determine the cohesive law of thin adhesive joints in mixed mode. The proposed method is based on the MMB (Mixed..."

2022-03-31T19:06:22Z

Created page with "== Abstract == This work presents an experimental method to determine the cohesive law of thin adhesive joints in mixed mode. The proposed method is based on the MMB (Mixed..."

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== Abstract ==

This work presents an experimental method to determine the cohesive law of thin adhesive joints in mixed mode.
The proposed method is based on the MMB (Mixed Mode Bending test).
The Energy release Rate and Crack Tip Relative Displacement are determined based on a compliance variation data reduction method by processing the global load displacement curve, without monitoring the crack length and the crack tip relative displacement during the test.
Representing the energy release rate versus relative displacement the cohesive law is determined by numerical differentiation.
The method is validated numerically by virtual tests including the cohesive zone model.
The results reveal that the proposed data reduction scheme is suitable to obtain the mixed mode cohesive law using only the load and displacement data obtained from the testing machine, without any external displacement measurement technique and without any assumption of the form of the cohesive law.

== Full document ==
<pdf>Media:Draft_Content_635036536native-articles-304.pdf</pdf>

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 <span id='_Ref185029'></span>Los datos de carga desplazamiento que se han utilizado para realizar la validación numérica del método propuesto se han obtenido de la publicación de Turón et al. [<span id='cite-24'></span>[[#24|24]]]  y se muestran en la figura 3.  Las curvas corresponden a ensayos virtuales MMB para ratios de modo mixto de %20, %50 y %80.
-[[Image:Arratibel_et_al_2021a_9053_arratibel_fig3.png|600px]]
+[[Image:Arratibel_et_al_2021a_9053_arratibel_fig3.png|center|500px]]
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+[[File:Arratibel_et_al_2021a_9272_arratibel_fig5a.png|center|500px]]</div>
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 El Desplazamiento Relativo total en la punta de grieta ''&#x0394;'' se obtienen para cada punto del ensayo sustituyendo en la Eq. (7) el desplazamiento relativo de apertura ''&#x0394;<sub>n</sub>'' [<span id='cite-_Ref2606677'></span>[[#_Ref2606677|18]]] y el tangencial ''&#x0394;<sub>t</sub>'' [<span id='cite-_Ref2606714'></span>[[#_Ref2606714|19]]], determinados en función del avance de grieta equivalente.
-La Fig 4. Se muestra la curva J¸'Ø��&#x0394; que corresponde a ratios de modo mixto de %20, %50 y %80
+La Fig 4. Se muestra la curva J-&#x0394; que corresponde a ratios de modo mixto de %20, %50 y %80
+[[File:Arratibel_et_al_2021a_5309_arratibel_fig6.png|center|500px]]
-{|
-|-
-| [[Image:Arratibel_et_al_2021a-picture-x0000_s1546.svg|center|172px]]
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-{|
+[[File:Arratibel_et_al_2021a_3381_arratibel_fig7.png|center|500px]]
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 |  style="text-align: right;"|(8)
 |}
 ==3 Resultados ==

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 <span id='_Ref185029'></span>Los datos de carga desplazamiento que se han utilizado para realizar la validación numérica del método propuesto se han obtenido de la publicación de Turón et al. [<span id='cite-24'></span>[[#24|24]]]  y se muestran en la figura 3.  Las curvas corresponden a ensayos virtuales MMB para ratios de modo mixto de %20, %50 y %80.
-[[Image:Arratibel_et_al_2021a-image9-c.png|600px]]
+[[Image:Arratibel_et_al_2021a_9053_arratibel_fig3.png|600px]]
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