A omparative Study of the Fatigue Properties of Synro and Borosilicate Glass
Robert F. Cook, Brian R. Lawn, T. P. Dabbs, K.D. Reeve, E.J. Ramm, J.L. Woolfrey
Abstract
Robert F. Cook, Brian R. Lawn, T. P. Dabbs, K.D. Reeve, E.J. Ramm, J.L. Woolfrey
Abstract
Comparative measurements have been made of the dynamic fatigue response of synroc and borosilicate glass specimens in water, using an indentation flaw technique. The results are presented in terms of a universal plotting scheme which allows for simple appraisal of the “lifetime” capabilities of the materials. Synroc is intrinsically stronger than borosilicate glass, but the fatigue susceptibilities are similar.
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Comparative measurements have been made of the dynamic fatigue response of synroc and borosilicate glass specimens in water, using an indentation flaw technique. The results are presented in terms of a universal plotting scheme which allows for simple appraisal of the “lifetime” capabilities of the materials. Synroc is intrinsically stronger than borosilicate glass, but the fatigue susceptibilities are similar.
Key concepts: Borosilicate glass, Materials science, Indentation, Composite material, Mineralogy, Chemistry