Sentence examples for using the second law from inspiring English sources
Recently, research on entropy generation minimization using the second law of thermodynamics has been studied for many different situations.
The magnetic refrigeration is analysed using the second law analysis in order to obtain a model for engineering application.
The performance of the double-flash system was evaluated using the second law of thermodynamics, and this was based on energy and exergy analyses.
Using the second law, it is guaranteed that somewhere else in the surroundings a positive entropy change will occur that is as large or larger than the decrease of the entropy of the reservoir.
The predicted value of collector fluid temperature is used as an input in a companion model that, using the second law, predicts the system coefficient of performance (COP) from the known values of condensing temperature, compressor efficiency and refrigerant properties.
Among them elasto-thermodynamic damping can arise due to the inhomogeneity in stress distribution in a metal matrix composite which is theoretically predictable using the second law of thermodynamics.
The results were discussed using the first law analysis, in addition to the second law analysis by using the entropy generation minimization method.
Using the first law of thermodynamics and for isothermal processes, the power of deformation is obtained and the energy pairs in the Eulerian and Lagrangian descriptions are defined.
An exergo-economic analysis is carried out for a combined cycle power plant using the first law and the second law of thermodynamics, and the economic principles while incorporating GT PRO/PEACE Software Packages.
Using the first law of thermodynamics, we evaluate the enthalpy change h1 associated with the temperature rise in the extending melt, estimate the heat loss to the surrounding, and conclude that there is an appreciable non-thermal enthalpic buildup h2 = (w − h1 − q) during either adiabatic or isothermal extension.
In the thermodynamic models, the conservation of mass and energy is used for evaluating the closed cylinder system using the first law of thermodynamics.
