Table 3:

The parameters of virtual material.

Parameters of virtual materialMethod proposed in the paperNo consideration of micro contact (control group)
|${\bar E_z}$|6.0066 × 1013 Pa9.0832 × 108 Pa
|${\bar E_x}$|1.4562 × 1010 Pa9.0832 × 108 Pa
|${\bar G_t}$|2.4075 × 109 Pa2.4075 × 109 Pa
|$\upsilon $|00
|$\bar \rho $|561.6801 kg/m32750 kg/m3
Parameters of virtual materialMethod proposed in the paperNo consideration of micro contact (control group)
|${\bar E_z}$|6.0066 × 1013 Pa9.0832 × 108 Pa
|${\bar E_x}$|1.4562 × 1010 Pa9.0832 × 108 Pa
|${\bar G_t}$|2.4075 × 109 Pa2.4075 × 109 Pa
|$\upsilon $|00
|$\bar \rho $|561.6801 kg/m32750 kg/m3
Table 3:

The parameters of virtual material.

Parameters of virtual materialMethod proposed in the paperNo consideration of micro contact (control group)
|${\bar E_z}$|6.0066 × 1013 Pa9.0832 × 108 Pa
|${\bar E_x}$|1.4562 × 1010 Pa9.0832 × 108 Pa
|${\bar G_t}$|2.4075 × 109 Pa2.4075 × 109 Pa
|$\upsilon $|00
|$\bar \rho $|561.6801 kg/m32750 kg/m3
Parameters of virtual materialMethod proposed in the paperNo consideration of micro contact (control group)
|${\bar E_z}$|6.0066 × 1013 Pa9.0832 × 108 Pa
|${\bar E_x}$|1.4562 × 1010 Pa9.0832 × 108 Pa
|${\bar G_t}$|2.4075 × 109 Pa2.4075 × 109 Pa
|$\upsilon $|00
|$\bar \rho $|561.6801 kg/m32750 kg/m3
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