1. Comment on how the heater temperature (driving force) affects the heat exchanger performance. 
2. Compare the heat transfer coefficients of the TD360 a, b, and c heat exchangers for any given flow rate. 

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Heat Exchanger: Concentric Tube Connection: Parallel Ambient Temerature: 24 C Heater Tank
Temperature: 60 C Cold Flow (m^3/s) Hot Flow (m^3/s) Cold Flow (L/min) Hot Flow (L/min) Average TC
Average TH LMTD Test TH1 TH2 ATH TH3* TC1 TC2 ATC TC3 nH nc PH pc Qe (W) | Qa (... 

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Heat Exchanger: Plate Connection: Parallel Ambient Temerature: 24 C Heater Tank Temperature: 60 C
Cold Flow (m^3/s) Cold Flow (L/min) Hot Flow (m^3/s) Hot Flow (L/min) Average TC Average TH LMTD
TH1 TH2 ATH TH3* TC1 TC2 ATC TC3 nH nc pc Qe (W) | Qa (W) | CEB nbar U N Test 3 0.... 

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Heat Exchanger: Shell and Tube Connection: Parallel Ambient Temerature: 24 C Heater Tank
Temperature: 60 C Cold Flow (m^3/s) Cold Flow (L/min) Hot Flow (m^3/s) Hot Flow (L/min) Average TC
Average TH LMTD Test TH1 TH2 ATH TH3* TC1 TC2 ATC TC3 nH nc OH pc Qe (W) | Qa (... 

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Heat Transfer Coefficient Difference Between Test 1 and Test 2 1400 1200 1000 Concentric Tube
(Parallel) 800 Concentric Tube (Counter Flow) Temperature (degrees C) 600 Plate (Parallel) 400 - Plate
(Counter Flow) 200 Shell and Tube(Parallel) 0 -Shell and Tube (Conter Flow) 0.5 1 1.5 2 2.5...