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    Failure of Glass under Biaxial Loading

    New search for: S. M. Wiederhorn
    New search for: H. Johnson

    The paper presents results on the fracture of glass at pressures up to 10 Kb (150,000 psi). Fracture mechanics techniques were used to collect experimental data and results are expressed in terms of fracture surface energies. The fracture surface energies were observed to be independent of pressure for the three compositions studied. The results suggest that no change occurs in the mechanism of fracture at elevated pressures. (Author)

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    Failure of Glass under Biaxial Loading

    New search for: S. M. Wiederhorn
    New search for: H. Johnson

    The paper presents results on the fracture of glass at pressures up to 10 Kb (150,000 psi). Fracture mechanics techniques were used to collect experimental data and results are expressed in terms of fracture surface energies. The fracture surface energies were observed to be independent of pressure for the three compositions studied. The results suggest that no change occurs in the mechanism of fracture at elevated pressures. (Author)

    Access

    Access via TIB
    Check availability in my library

    Failure of Glass under Biaxial Loading

    New search for: S. M. Wiederhorn
    New search for: H. Johnson

    The paper presents results on the fracture of glass at pressures up to 10 Kb (150,000 psi). Fracture mechanics techniques were used to collect experimental data and results are expressed in terms of fracture surface energies. The fracture surface energies were observed to be independent of pressure for the three compositions studied. The results suggest that no change occurs in the mechanism of fracture at elevated pressures. (Author)

    Access

    Access via TIB
    Check availability in my library

    Access

    Access via TIB
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    Document information
    Title:

    Failure of Glass under Biaxial Loading

    Contributors:

    S. M. Wiederhorn (author) / H. Johnson (author)

    Publication date:

    1969

    Size:

    25 pages

    Type of media:

    Report

    Type of material:

    No indication

    Language:

    English

    Keywords:

    Ceramics, Refractories, & Glass , Marine Engineering , Underwater vehicles , Glass , Loading(Mechanics) , Tensile properties , Stresses , Fracture(Mechanics) , Deformation , Compressive properties , Cracks , Crack propagation , Test methods

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