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$$τ_{all-S-pin}=\cfrac{0.4 \cdot S_{y-pin}}{S_F}\cdot C_c$$

$$P_{all-B-pin}=\cfrac{0.9 \cdot S_{y-pin}}{S_F}\cdot C_c$$

$$τ_{all-S-flange-1}=\cfrac{0.4\cdot S_{y-flange-1}}{S_F}\cdot C_c$$

$$P_{all-B-flange-1}=\cfrac{0.9\cdot S_{y-flange-1}}{S_F}\cdot C_c$$

$$P_{all-B-flange-2}=\cfrac{0.9\cdot S_{y-flange-2}}{S_F}\cdot C_c$$

$$τ_{S-pin}=\cfrac{8\cdot 10^3\cdot M_T}{i\cdot π\cdot d^2\cdot K}$$

$$τ_{S-pin}\le τ_{all-S-pin}$$

$$P_{B-pin-flange-1}=\cfrac{2\cdot 10^3\cdot M_T}{i\cdot s_1\cdot d\cdot K}$$

$$P_{B-pin-flange-1}\le\min\left(P_{all-B-pin}, P_{all-B-flange-1}\right)$$

$$P_{B-pin-flange-2}=\cfrac{2\cdot 10^3\cdot M_T}{i\cdot s_2\cdot d\cdot K}$$

$$P_{B-pin-flange-2}\le\min\left(P_{all-B-pin}, P_{all-B-flange-2}\right)$$