Two metal plates are connected by a long ASTM B98 copper-silicon bolt. A hot gas at 260°C flows between the plates and across the cylindrical bolt. The diameter of the bolt is 9.5 mm, and the length of the bolt exposed to the hot gas is 10 cm. The average convection heat transfer coefficient for the bolt in crossflow is correlated with the gas velocity as $h = 24.6V^{0.62}$, where $h$ and $V$ have the units W/m$^2$.K and m/s, respectively. The maximum use temperature for the ASTM B98 bolt is 149°C. If the gas velocity is 10.4 m/s, determine the minimum heat removal rate required to keep the bolt surface from going above the maximum use temperature.
The minimum heat removal rate required to keep the bolt surface from going above the maximum use temperature is ____ W.