FORCED CONVECTION HEAT LOSSES- WITH WIND VELOCITY

 FORCED CONVECTION HEAT LOSSES

You can calculate heat loss by convection when wind speed is greater than 3.0 m/sec with following input data:

1. Radiating body Temperature

2. Ambient Temperature

3. Wind Speed

4. Radiating Body Diameter

you can also calculate following calculation by clicking them below:

1. FAN POWER CONSUMPTION

2. BAROMETRIC PRESSURE AT SEA LEVEL

3. RAW MIX TO CLINKER RATIO

4. PERCENTAGE DEGREE OF FILLING IN KILN

5. THERMAL LOADING IN KILN - FORMULA-1

6. THERMAL LOADING IN KILN - FORMULA-2

7. VOLUMETRIC LOADING IN KILN

8. MATERIAL RESIDENCE TIME IN KILN

9. CLINKER RESIDENCE TIME IN COOLER

10. EXCESS AIR CALCULATION

11. RADIATION HEAT LOSSES

12. CONVECTION HEAT LOSSES

	Calculate Forced Convection Heat Losses
	When wind speed is > 3 m/sec
Input Data:
1	Radiating Body Temperature in K	T
2	Ambient temperature in K	t
3	Wind Speed in m/sec	v
4	Radiating Body Diameter in m	D
Formula:
	Convection Heat Losses in kcal/hr/m2
	28.03 * ( ( T + t ) / 2 )^-0.351 * v^0.805 * D^-0.195 * ( T - t )
Calculation
	Radiating Body Temperature in K	525
	Ambient Temperature in K	302
	Wind Speed in m/sec	5
	Radiating Body Diameter in m	4.15
	28.03 * ( ( 525 + 302 ) / 2 )^-0.351 * 5^0.805 * 4.15^-0.195 * ( 525 - 302 )
	2088 Kcal/hr/m2