Energy Equipment and Systems

Aims & Scope

Energy Equipment and Systems (energyequipsys)provides an appropriate setting to foster growth of scientific research as well as development of new theories in the field of power generation and energy systems. Fluid flow considerations in power systems and equipment, Heat transfer in various devices, Energy saving strategies, System dynamics and control, Dynamic simulation of power plant performance, Metallurgical and manufacturing considerations in energy equipment, Process engineering and optimization in equipment and systems Gas and Steam turbines, Pumps, Boilers, Condensers and Cooling Towers, Heat exchangers, New Methods of Power Generation (wind turbines, biomass, Geothermal, Solar and fuel cells), Combined Heat and Power Systems (CHP), Combined Heating Cooling and Power (CCHP), Advanced steam cycles, Computational Fluid Dynamics application (CFD applications), Thermoeconomics, Methods of Detection (Diagnostics and meausrements), Corrosion, Erosion and Abrasion, High Temperature Materials: Applications and Design, Management and Maintenance, Manufacturing, etc.

A twelfth criterion — whether APC fees are clearly disclosed — is not scored here; it is left out of the total rather than counted as a failure. Publication charges appear in the metrics card above.

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Subject Classification