As a basic mechanical component, the sealing ring is widely used in industrial, aerospatial,\nand other fields. In this study, an elastic metal C-shaped sealing ring with a wave structure was taken\nas an example, and its performance was analyzed theoretically and measured experimentally. First,\nan experimental study was performed on the C-ring seal. The proposed method for experimental\nmeasurement of the contact stress of the C-ring seal involved innovative use of a universal electronic\ntesting machine and pressure sensitive paper, in conjunction with the hueâ??saturationâ??brightness\n(HSB) method. Based on the discoloration of the pressure sensitive paper after contact stress, computer\nsoftware was used for analysis, the discoloration was digitized, and the contact stress was established.\nSecond, a theoretical calculation model of the C-ring seal was established using ANSYS software,\nand a finite element theoretical calculation of the mechanical properties of the sealing ring was\nestablished. Finally, the contact stress results were compared with the model calculation results of the\nC-ring seal. The error between the two was small (4.8%), which proved the validity of the calculation\nmodel and the scientificity of the experimental method.
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