Gas turbine combined cycle is widely used to achieve power balance in grids with uncertain
renewable energy sources. To further enhance the rapid load-change capability of …

The distributed parameter models of counter flow and cross flow plate fin heat exchanger
(PFHE) are constructed to investigate their thermodynamic characteristics. In practical …

Air separation units are one of the prime examples for studies on demand side management
and (non‐) linear model predictive control due to their high power consumption and energy …

Multi-stream Plate-fin heat exchangers (MSPFHEs) are among the most efficient heat
exchangers in energy-based industries. They should be carefully designed to have …

Vacuum brazing is the most significant step in the production of titanium alloy plate-fin heat
exchangers, and its quality regularly determines the mechanical properties and service life …

Flow maldistribution problem in the plate heat exchanger precludes the intended ideal
performance. In this study, the flow and temperature distribution impact on flow …

The influence of the improvement of the finned tube radiator unit structure on the fluid flow
and heat transfer effect of the locomotive was studied. A saw-toothed fin structure with …

Digital twins of process plants provide various opportunities to improve plant operation by in
silico studies. A major advantage of a simulation-based digital twin is its availability prior to …

Accurate physical dynamic models applied as digital twins are vital for developing advanced
control strategies and optimizing dynamic plant operation. First principle models are often …

In order to improve the service life of aluminum plate-fin heat exchangers and prevent them
from thermal stress damage at cryogenic temperature, the strength and fracture mechanism …