High-speed tensile test device
The invention provides a high-speed tensile test device, and belongs to the technical field of tension measurement, the high-speed tensile test device comprises an acceleration cage assembly and a conical chuck assembly, the acceleration cage assembly is internally provided with a moving space for t...
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| creator | ZHANG SAI WU ZHIXIN LIU JIAWEN REN PENGFEI SHI XINGBO ZHENG CHONGSONG XU YAHUI LI LUYAO ZHOU YANG ZHU XIANGLEI LI WUCHENG TIAN JIEBIN WU HAO HAO JIANHONG WANG SIBO CUI DONG ZHENG XINFU SONG TONG YAN XIAOXIAO XU AO YANG MINGYUAN MENG XIANMING LI TAO |
| description | The invention provides a high-speed tensile test device, and belongs to the technical field of tension measurement, the high-speed tensile test device comprises an acceleration cage assembly and a conical chuck assembly, the acceleration cage assembly is internally provided with a moving space for the conical chuck assembly to move up and down; a cone frustum through hole inclining inwards from top to bottom is formed in the bottom of the acceleration cage assembly; the conical chuck assembly is arranged to be in a cone frustum shape corresponding to the conical through hole. A groove gap is formed in the conical chuck assembly and is used for clamping a sample piece; the conical chuck assembly is placed in the acceleration cage assembly by being matched with the conical table through hole structure of the acceleration cage assembly. The high-speed tensile test device has the beneficial effects that test errors caused by factors such as a gap between a clamp and a sample piece can be eliminated, and the sampl |
| format | Patent |
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A groove gap is formed in the conical chuck assembly and is used for clamping a sample piece; the conical chuck assembly is placed in the acceleration cage assembly by being matched with the conical table through hole structure of the acceleration cage assembly. 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A groove gap is formed in the conical chuck assembly and is used for clamping a sample piece; the conical chuck assembly is placed in the acceleration cage assembly by being matched with the conical table through hole structure of the acceleration cage assembly. 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A groove gap is formed in the conical chuck assembly and is used for clamping a sample piece; the conical chuck assembly is placed in the acceleration cage assembly by being matched with the conical table through hole structure of the acceleration cage assembly. The high-speed tensile test device has the beneficial effects that test errors caused by factors such as a gap between a clamp and a sample piece can be eliminated, and the sampl</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES MEASURING PHYSICS TESTING |
| title | High-speed tensile test device |
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