An entropygeneration based thermodynamic analysis was conducted of the internal flows in circular and flat tubes.
对圆管和扁管内部流动进行了以熵产生为基础的热力学分析。
2
The effects of the heat flux, wall temperature and flow resistance on the nondimensional entropygeneration density have been discussed.
讨论了壁面热流、壁面温度及流动阻力对无因次熵产强度的影响。
3
So it represents not only a compromise between the power output and the entropygeneration rate but also one between the power output and the thermal efficiency.