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Specimen design for uniform triaxial tensile stress-strain distribution under high/low temperatures
Specimen design for uniform triaxial tensile stress-strain distribution under high/low temperatures
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机译：高/低温下均匀三轴拉伸应力-应变分布的试样设计
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摘要
The present invention deals with the geometric configuration of a metallic specimen in order to achieve uniform distribution of stresses-strains in its interior during triaxial tensile material tests. In addition, this invention includes the development of a specimen heating technique adapted to the proposed geometric configuration and capable of attaining high temperatures (up to 1300° C) during the testing procedure. The proposed geometry consists of regularly spaced thin prismatic columns (pin) and fins that emanate from each side of the cubic specimen body (drawing 1,2,3). An extra thin heating element (wire covered by ceramic tape) is wound along the gaps between the pins and fins and covered by a boron nitride layer (drawing 3). Suitable design of the grips contributes to temperature uniformity (drawing 4). Representative triaxial tensile tests prove the functionality and efficiency of the proposed configuration.
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