Liquid water at 15°C is flowing over a 0.3-m-wide plate at 65°C a velocity of 3.0 m/s. Using EES,…

Liquid water at 15°C is flowing over a 0.3-m-wide plate at 65°C a velocity of 3.0 m/s. Using EES, Excel, or other comparable software, plot (a) the hydrodynamic boundary layer and (b) the thermal boundary layer as a function of x on the same graph for the range of x = 0.0 m to x … Continue reading "Liquid water at 15°C is flowing over a 0.3-m-wide plate at 65°C a velocity of 3.0 m/s. Using EES,…"

Liquid water at 15°C is flowing over a 0.3-m-wide plate at 65°C a velocity of 3.0 m/s. Using EES,…

Liquid water at 15°C is flowing over a 0.3-m-wide plate at 65°C a velocity of 3.0 m/s. Using EES, Excel, or other comparable software, plot (a) the hydrodynamic boundary layer and (b) the thermal boundary layer as a function of x on the same graph for the range of x = 0.0 m to x … Continue reading "Liquid water at 15°C is flowing over a 0.3-m-wide plate at 65°C a velocity of 3.0 m/s. Using EES,…"

At 1.5-m radius, the thrust and torque gradings on each blade of a threebladed airscrew revolve…

At 1.5-m radius, the thrust and torque gradings on each blade of a threebladed airscrew revolve at 1200 rpm at a flight speed of 90 m s-1 TAS at analtitude where s= 0.725 are 300 N m-1 and 1800 N m m-1, respectively. Ifthe blade angle is 28 degrees, find the blade section absolute incidence. … Continue reading "At 1.5-m radius, the thrust and torque gradings on each blade of a threebladed airscrew revolve…"