Question

Unit: mm 4 100 430 360 500 200 T4 65 650 200 20 200 600 200 65 200 T3 601 200 T5 T1 heater A T2 Exit 100 20060 600 200 1520 200 65 Blocked Heater 200 100 100 200 20-mm diameter circular section Heater (3D view) 200 Section A-A 600 The following is a design of a room duct when the air enters from the inlet and exist from the outlet, By using knowledge of thermodynamics and heat transfer a) identify a better method that makes temperature distributed more evenly in the bottom half of the room. b) Redesign the duct system by changing the inlet and outlet positions of the duct on theroom. Inlet

          Unit: mm
4
100
430
360
500
200
T4
65
650
200
20
200
600
200
65
200
T3
601 200
T5
T1
heater
A
T2
Exit
100
20060
600
200
1520
200
65
Blocked
Heater
200
100
100
200
20-mm diameter
circular section
Heater (3D view)
200
Section A-A
600
The following is a design of a room duct when the air enters from the inlet and exist from
the outlet, By using knowledge of thermodynamics and heat transfer
a) identify a better method that makes temperature distributed more evenly in the
bottom half of the room.
b) Redesign the duct system by changing the inlet and outlet positions of the duct on
theroom.
Inlet

Unit: mm
4
100
430
360
500
200
T4
65
650
200
20
200
600
200
65
200
T3
601 200
T5
T1
heater
A
T2
Exit
100
20060
600
200
1520
200
65
Blocked
Heater
200
100
100
200
20-mm diameter
circular section
Heater (3D view)
200
Section A-A
600
The following is a design of a room duct when the air enters from the inlet and exist from
the outlet, By using knowledge of thermodynamics and heat transfer
a) identify a better method that makes temperature distributed more evenly in the
bottom half of the room.
b) Redesign the duct system by changing the inlet and outlet positions of the duct on
theroom.
Inlet

Added by Patrick M.

Question

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