AN INVESTIGATION OF PLASTIC TORSION IN CIRCULAR PRISMATIC BARS WITH A CONCENTRIC OR ECCENTRIC HOLE USING THE SAND-HEAP ANALOGY
Explore the mechanics of plastic torsion in circular prismatic bars with concentric or eccentric holes using the sand-heap analogy. This investigation by Gerald J. Carey, Jr. analyzes deformation and stress distribution, providing essential insights for engineering applications in material behavior under torsional forces.
About This Book
This work presents an investigation into the behavior of plastic torsion in circular prismatic bars that include a concentric or eccentric hole. The study utilizes the sand-heap analogy, a method that models stress distribution through physical simulation.
The analysis focuses on how the presence and positioning of the hole affect torsional resistance and plastic deformation in these structural elements. It offers insights applicable to mechanical design and material science.
Authored by Gerald J. Carey, Jr., the investigation contributes to the understanding of torsion mechanics in engineering contexts, particularly for prismatic bars under plastic conditions.
The sand-heap analogy allows for visualization and quantification of complex stress patterns, making it a valuable tool for theoretical and experimental validation in torsion studies.
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