STRESS WAVE PROPAGATION IN COMPOSITE WITH DIFFERENT FIBER END GEOMETRIES （Abstract）

H. Pih; Q. Bi; Y.Y.chen; P.Ye

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STRESS WAVE PROPAGATION IN COMPOSITE WITH DIFFERENT FIBER END GEOMETRIES （Abstract）

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＜正＞ The effect of fiber end geometries on the propagating stress wave in composite models was investigated by the dynamic photoelastic method. Aluminum fibers with rectangular, semicircular,V—and wedge-shape ends were cast in epoxy resin to form the models. Impact was applied by the bullet of a rifle. Effects of the fiber on the dynamic birefringent patterns were analyzed by comparing the fringe patterns with a plain model of identical contour under the same loading conditions.

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《昆明理工大学学报：自然科学版》 |1988年第6期|78-78|共1页
作者
H. Pih; Q. Bi; Y.Y.chen; P.Ye;
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Department of Engineering Science and Mechanics The University of Tennessee;

Department of Engineering Science and Mechanics The University of Tennessee;

Department of Engineering Science and Mechanics The University of Tennessee;

Department of Engineering S;

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STRESS WAVE PROPAGATION IN COMPOSITE WITH DIFFERENT FIBER END GEOMETRIES （Abstract）

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