Aerodynamic design optimization of the blade profile is a critical approach to improve
performance of turbomachinery. This paper aims to achieve the performance prediction with …

Energy conversion efficiency is one of the most important features of power systems as it
greatly influences the economic balance. The efficiency can be increased in many ways …

It is a considerable challenge to determine the key parameters affecting the efficiency and
propose an accurate loss prediction model for radial flow turbine design. In current …

The performance and reliability of turbomachinery directly affect the efficiency and safety of
energy conversion systems. A dual graph neural network (DGNN) for turbomachinery flow …

The radial inflow turbine is the core component of the organic Rankine cycle, and the
application of splitter blades is an effective way to reduce its flow loss. It is helpful to study …

Organic Rankine cycle (ORC) power plants are a promising technology for converting low
and medium temperature energy sources into electricity. In order to fully exploit the potential …

The exhaust gases of an ICE leave the equipment still with enough temperature to generate
more electric power if a proper system is used for that purpose. Therefore, due to this …

Increasing energy consumption, rapid population growth, and technological developments
have increased the need for energy demand day by day. At the point of meeting this need …

Combining organic Rankine cycle (ORC) and biomass direct combustion to form a
combined heating and power system (CHP) is a feasible technology to realize small …

Uncertainty in the organic Rankine cycle (ORC) system and the highly complex ORC models
pose challenges to optimal operation. A data-driven robust parametric optimization for the …