TED is a program that “invents” conceptual schematics of optimized thermal systems. TED is based on the view that innovative design can be modeled as a search process and uses elements of the search algorithms that originated in the field of Artificial Intelligence. The search is guided by a special form of exergetic analysis. The theory behind the TED is discussed in details elsewhere. This pa...

The mathematical model to predict the performance and the exergetic efficiency in a multi-effect desalination system with thermal vapor compression (MED-TVC system) has been presented. The energy and the concentration conservation law were developed for each effect, considering the boiling point elevation and the various thermodynamic losses by developing the mathematical models. These analyses...

Gas turbine power plants have been widely studied, and as a result the negative effects on their output thermal efficiency known when operating in atmospheric conditions exceeding ISO conditions. For this reason, different technologies methodologies implemented, aiming to increase improve efficiency. Unfortunately, lack of operational parameters for system limited its characterization implement...

This paper aims to give a comprehensive energetic-exergetic performance analysis on the impacts of injecting-submillimeter air bubbles into both sides cold and hot water streams before entrance port corrugated plate heat exchanger (C-PHE) having ten plates within counterflow configuration. Hence, optimize energy exergy effectiveness at different operating conditions for counter parallel fluid f...

the purpose of this research is to investigate thermoeconomic optimization and exergy analysis of transcritical co2 refrigeration cycle with an ejector. after modeling thermodynamic equations of elements and considering optimization parameters of emerging temperature of gas of cooler (tgc) , emerging pressure of cooler's gas (pgc) , and evaporative temperature (tevp) , optimization of targ...

iran’s vast common natural gas resources and the necessity to extract and export it as liquefied natural gas (lng) to distances more than 3000km opens a lucrative field for researchers to optimize lng cycles. in this article heat integration in cryogenic cycles by determining interacycle partition temperature and optimizing refrigeration features like subcooler, presaturator, aftercooler, reboi...

The most promising direction of CHP modernization is the introduction power units on supercritical steam parameters. Increasing parameters one effective ways to increase efficiency a plant. Thus, development concept thermal schemes turbines for parameters, taking into account characteristics their operation at existing Ukraine an actual scientific problem. solution this problem will make it pos...