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    Experimental Investigation on Fracture Parameters of Interface Crack for Rock/Concrete and Rock/Mortar

    New search for: Shuicheng, Yang
    New search for: Li, Song
    New search for: Hongjian, Liao
    New search for: Songmei, Huang

    Fracture energy and fracture toughness are the most important fracture parameters for linear and nonlinear fracture analysis. Fracture energy and fracture toughness of the interface crack, combined by either rock and concrete or rock and mortar, were obtained by three-point bending tests. The results indicated the value of fracture energy of specimen for concrete is 1.844 times larger than one for rock/concrete and 2.16 times for rock/mortar and the value of fracture toughness of specimen for concrete is 1.77 times as much as one for rock/concrete and 1.69 times for rock/mortar.

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    Experimental Investigation on Fracture Parameters of Interface Crack for Rock/Concrete and Rock/Mortar

    New search for: Shuicheng, Yang
    New search for: Li, Song
    New search for: Hongjian, Liao
    New search for: Songmei, Huang

    Fracture energy and fracture toughness are the most important fracture parameters for linear and nonlinear fracture analysis. Fracture energy and fracture toughness of the interface crack, combined by either rock and concrete or rock and mortar, were obtained by three-point bending tests. The results indicated the value of fracture energy of specimen for concrete is 1.844 times larger than one for rock/concrete and 2.16 times for rock/mortar and the value of fracture toughness of specimen for concrete is 1.77 times as much as one for rock/concrete and 1.69 times for rock/mortar.

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    Experimental Investigation on Fracture Parameters of Interface Crack for Rock/Concrete and Rock/Mortar

    New search for: Shuicheng, Yang
    New search for: Li, Song
    New search for: Hongjian, Liao
    New search for: Songmei, Huang

    Fracture energy and fracture toughness are the most important fracture parameters for linear and nonlinear fracture analysis. Fracture energy and fracture toughness of the interface crack, combined by either rock and concrete or rock and mortar, were obtained by three-point bending tests. The results indicated the value of fracture energy of specimen for concrete is 1.844 times larger than one for rock/concrete and 2.16 times for rock/mortar and the value of fracture toughness of specimen for concrete is 1.77 times as much as one for rock/concrete and 1.69 times for rock/mortar.

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    Title:

    Experimental Investigation on Fracture Parameters of Interface Crack for Rock/Concrete and Rock/Mortar

    Contributors:

    Shuicheng, Yang (author) / Li, Song (author) / Hongjian, Liao (author) / Songmei, Huang (author)

    Conference:

    GeoShanghai International Conference 2006 ; 2006 ; Shanghai, China

    Published in:

    Soil and Rock Behavior and Modeling ; 220-227

    Publication date:

    2006-05-12

    ISBN:

    9780784408629 , 9780784478127

    DOI:

    https://doi.org/10.1061/40862(194)29

    Type of media:

    Conference paper

    Type of material:

    Electronic Resource

    Language:

    English

    Keywords:

    Soils , Mortars , Rocks , Cracking , Models , Parameters

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