Compaction Effects in Glass Fibers
Presented at the Fall Meeting of the Glass Division, The American Ceramic Society, Bedford, Pa., October 12, 1956.
At the time this work was done, the writer was physicist, Research Laboratories, Owens‐Corning Fiberglas Corporation. He is now physicist, Research and Development Division, Narmco Industries, Incorporated, San Diego, California.
Abstract
Glass fibers as commercially produced have physical and mechanical properties which differ from those of the massive form of the same glass. When these fibers are subjected to subsequent heat‐treatments, the values of the measured properties tend to return to those of the massive glass. This phenomenon is called compaction because in the process density increases. The effect of compaction on the physical properties of fibers is discussed and the mechanism of this phenomenon is described briefly.
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