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Universal Algorithm for the Detection of Bi-directional Gage Output Characteristics.
| 题名： | Universal Algorithm for the Detection of Bi-directional Gage Output Characteristics. |
| 作者： | N. Ulbrich |
| 摘要： | A universal algorithm was developed that may be used to assess the bi– directional characteristics of the gage outputs of a wind tunnel strain–gage bal- ance. The algorithm assumes that balance loads and gage outputs are described in the design format of the balance. It can also be applied to balance calibration data that is processed by using either the Iterative Method or the Non–Iterative Method. The algorithm uses an estimate of the bi–directional part of a gage output at load capacity as input. In addition, the statistical significance of the principle absolute value term in the regression model of either the gage output or the related primary load component is determined. A gage output is assumed to be bi–directional if two conditions are fulfilled: the bi–directional part of the output at load capacity exceeds 0.5 percent of the maximum output at load ca- pacity; the p–value of the principle absolute value term of the regression model of the balance data is less than the threshold of 0.001. Data from the calibration of two six–component force balances and one five–component semi–span balance are used to illustrate the application of the universal detection algorithm. |
| 总页数： | 9 |
| 报告类型： | 科技报告 |
| 发布日期： | 2021 |
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