So, it has great academic and engineering value for the prediction and improvement of Aeronautical thin-wall components machining distortion.
因此，实现航空薄壁件加工变形的预测和控制具有重大的理论意义和工程应用价值。
The data obtained lay a basis for prediction of the machining distortion caused by the residual stresses.
测试数据为定量预测初始残余应力引起的加工变形奠定了基础。
The data obtained lay a basis for prediction of the machining distortion caused by the residual stresses.
测试数据为定量预测初始残余应力引起的加工变形奠定了基础。
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