Plate heat exchanger takes an important role in the modern industrial engineering. For large
scale district heating system, plate heat exchanger is the key equipment in controlling the …

Understanding the dynamic properties of a plate heat exchanger plays an essential role
when developing smart control algorithms for modern energy-efficient district heating and …

For last decades various models of heat exchange processes have been developed to
capture their specific dynamic nature. These models have different degrees of complexity …

Since the heating substation plays a key role in transferring the thermal energy from the
primary network to the secondary network and controlling the heat output of district heating …

This study demonstrates the use of a simple algebraic controller design for a cooling-heating
plant with a through-flow air-water heat exchanger that evinces long internal delays with …

This paper presents the concept of model-based control of water-water heat exchangers.
Based on the simplified distributed parameter model of the unit, the distributed parameter …

This research proposes advanced model-based control strategies for a countercurrent flow
plate heat exchanger in a virtual environment. A virtual environment with visual and auditory …

One-dimensional heat-conduction models in a semi-infinite domain, although forced
convection obeys Newton's law of cooling, are challenging to solve using standard integral …

Reactive absorption is one of the most important separation processes used within the
chemical industry to address the environmental protection challenges. In this process …

The boundary feedback regulator design for heat exchangers with delayed feedback is
developed. Counter‐flow/parallel‐flow heat exchanger systems described by a pair of …