Sentence examples for optimization the heat from inspiring English sources
Based on temperature constraints and operating results from day-ahead optimization, the heat load dispatching was optimized on a shorter time scale to improve accuracy and efficiency.
As a result of this optimization, the heat exchanger for a T-type gas-circulation system could be made more compact and its pressure loss penalty decreased by 11.5% even though its heat-transfer ability remained unchanged.
This investigation also shows that there is no such condition found for the global optimization: the heat transfer rate and the fin efficiency always increase with Bi which may be extremely important aspect in a practical design to be selected Bi in an application.
A corresponding multi-objective optimization of the heat exchanger was conducted utilizing an approximation-based optimization technique.
The analysis tackles the optimization of the heat integration between heat sources and ORC, the optimization of the cycle variables as well as the selection of the working fluid.
The thermal optimization of the heat sink involves the determination of the optimized L-ratio (ratio of the evaporator section length to the condenser section length) of the U-shape heat pipe, by evaluating the minima of the thermal resistance function, in which case the empirical convection heat transfer coefficient is applied in the calculation.
This paper introduces an optimization method for improving thermoelectric heat pump performance by operating condition management of the thermoelectric modules (TEMs) and design optimization of the heat exchangers linked to the TEMs.
The semi-empirical model allows a robust optimization of the heat sink geometric parameters.
Therefore, an optimization of the heat exchanger design should be considered for restraint frost.
Studies have been conducted on efficient air-conditioning control systems, for example, on the optimization of the heat resource operation with thermal load prediction [8, 9, 10].
The main purpose of this study is the optimization of the heat exchange process in the dairy industry.
