OT dt Where (a = 0.645 ft/hr) the thermal diffusivity Consider the 2-D heat conduction equation...

• 
  
  •  

Transcribed Image Text:

OT dt Where (a = 0.645 ft²/hr) the thermal diffusivity Consider the 2-D heat conduction equation = α T(x,0) = T₁ = 200, T(x, h) = T₂ = 0, 0²T ²T dx² dy² It is required to determine the temperature distribution in a long bar with a rectangular cross-section. T(0, y) = T₂ = 200, T(b, y) = T₁ = 0, + Assume the bar is composed of chrome steel, which has cross sectional dimensions of 3.5 ft by 3.5 ft (b-h-3.5) Initial condition t = 0 T = T₁ = 0.0 Boundary condition t≥ 0 OT dt Where (a = 0.645 ft²/hr) the thermal diffusivity Consider the 2-D heat conduction equation = α T(x,0) = T₁ = 200, T(x, h) = T₂ = 0, 0²T ²T dx² dy² It is required to determine the temperature distribution in a long bar with a rectangular cross-section. T(0, y) = T₂ = 200, T(b, y) = T₁ = 0, + Assume the bar is composed of chrome steel, which has cross sectional dimensions of 3.5 ft by 3.5 ft (b-h-3.5) Initial condition t = 0 T = T₁ = 0.0 Boundary condition t≥ 0