In recent years, organic Rankine cycle (ORC) micro‐turbine distributed energy systems have
become increasingly popular. Design methods for this type of fluid‐flow machinery are still …

The overall efficiency of ORC systems depends on a number of factors, but it goes without
saying that the efficiency of the expansion device is one of the most important ones. The …

This paper presents the results of experimental research carried out on a scroll expander
with a rated power of 1 kW e which operates in an ORC system. The low-boiling liquid …

This paper presents the results related to the performance of two expanders running in
parallel in a regenerative ORC system. Scroll expanders with nominal outputs of 1 kW e …

The paper presents an experimental evaluation of the efficiency of a small-scale low-
temperature organic Rankine cycle (ORC) as an mCHP (micro Combined Heat and Power) …

In the effort to conserve energy and reduce emissions, waste heat recovery for power
generation offers a significant advantage by enabling energy recycling. The turbo-expander …

In the present work, a detailed investigation of the single phase heat transfer mechanism in
a novel subcooler of an experimental small scale waste heat recovery Organic Rankine …

This paper describes a novel method for the experimental validation of numerically
optimised turbomachinery components. In the field of additive manufacturing, numerical …

Structural health monitoring (SHM) systems are recently developed for many structures from
a variety of industrial branches: aviation, civil engineering, marine, power engineering, etc …

Micro-power domestic organic Rankine cycle (ORC) systems are nowadays of great interest.
These systems are considered for combined heat and power (CHP) generation in domestic …