Description

When defining the fluid flow conditions in the circular tube, calculate the Nusselt number ($Nu$) and the friction factor ($f$).

Table F

Number	Condition
1	Laminate
2	Turbulent, $Re_D \leq 2\cdot 10^4$
3	Turbulent, $Re_D \geq 2\cdot 10^4$
4	Turbulent, $3000 \leq Re_D \leq 5\cdot 10^6$

Nusselt Table

Number	Condition
1	Laminar, uniform Ts
2	Laminar, $q_s^{"}$ uniform
3	Laminar, combined input, uniform Ts, $Pr \geq 5$, properties evaluated at Tm
4	Laminar, combined input, uniform $q_s^{"}$, $Gz_D = \frac{Re_DPr}{L/D} \geq 100$, properties evaluated at Tm
5	Turbulent, $L/D \geq 10$, $0.6 \leq Pr \leq 160$, $Re_D \geq 10^4$, $T_S > T_M$, properties evaluated at Tm
6	Turbulent, $L/D \geq 10$, $0.6 \leq Pr \leq 160$, $Re_D \geq 10^4$, $T_S < T_M$, properties evaluated at Tm
7	Turbulent, $L/D \geq 10$, $0.6 \leq Pr \leq 16700$, $Re_D \geq 10^4$, properties evaluated at Tm
8	Turbulent, $L/D \geq 10$, $0.6 \leq Pr \leq 2000$, $3000 \leq Re_D \leq 5\cdot 10^6$, properties evaluated at Tm

Observation

All correlations are evaluated with the fully developed velocity profile, with the exception of the input combines