Table 3 Brief description of the... | Emerald Publishing

Table 3

Brief description of the proposed solution

	T = 0°		T = 100°
	Z = 10	Z = 9	Z = 10	Z = 9
Max Pressure (Max Pressure limit: About 260–270 MPa at 0 C°, About 140 MPa at 100 C° )	141 [MPa]	136 [MPa]	95.0 [MPa]	90.6 [MPa]
Max eq. Von Mises Stress (Tensile Strength limit: About 210 MPa at 0 C°, About 110 Mpa at 100 C°)	61.7 [MPa]	64.2 [MPa]	46.8 [MPa]	48.8 [MPa]
Mean lost Power	19.2 [W]	23.1 [W]	27.3 [W]	32.3 [W]

	T = 0°		T = 100°
	Z = 10	Z = 9	Z = 10	Z = 9
Max Pressure(Max Pressure limit:About 260–270 MPa at 0 C°,About 140 MPa at 100 C° )	141[MPa]	136[MPa]	95.0[MPa]	90.6[MPa]
Max eq.Von Mises Stress(Tensile Strength limit:About 210 MPa at 0 C°,About 110 Mpa at 100 C°)	61.7[MPa]	64.2[MPa]	46.8[MPa]	48.8[MPa]
Mean lost Power	19.2[W]	23.1[W]	27.3[W]	32.3[W]

Note: *for both stages the excentricity “e” is equal to 5 mm and the roller radius is equal to 15 mm