Bond graph model of a mechanically Pumped Biphasic Loop (MPBL)

Abstract

The MPBL is an effective technology in terms of heat flow transport capacity: 10 MW.m, [2],with high level adaptability. A bond graph model of such a system is proposed in this paper. The model is dynamic, qualitative, configurable and pays particular attention to the dynamic of the transient regime. It aims at being a tool dedicated to designing the different components of a MPBL. It is also used for a physical analysis of the system in different operating conditions.

Experimental development and bond graph dynamic modelling of a brazed plate heat exchanger

“…Interpolations giving the evolution of thermo physical properties are specifically developed for the current project with accuracy care, and are presented in our article (Kebdani et al 2015).…”

“…The choice of the 13 companies involved in the current project has been oriented towards 2-Phases Loop Mechanically Pumped (2-PLMP). Such systems are undoubtedly the most efficient in terms of heat transfer (Kebdani et al 2015), (Lachassagne 2010) and (Serin 2007) .…”

“…Such fluidic loops are very promising and constitute the heart of our research work. (Kebdani et al 2015).…”

Modeling dynamic systems: contribution to the unsteady behavior of a condenser based on the pseudo-bond graph approach

“…These advantages extend the use of BPC. For instance, they equip power electronics cooling systems [1]. A dynamic study of this condenser is necessary to better understand the transitional behavior of this exchanger.…”

Experimental development and bond graph dynamic modelling of a brazed plate heat exchanger

“…The choice of the 13 companies involved in the current project has been oriented towards 2-Phases Loop Mechanically Pumped (2-PLMP). Such systems are undoubtedly the most efficient in terms of heat transfer (Kebdani et al 2015), (Lachassagne 2010) and (Serin 2007) . Indeed, in addition to their architectural flexibility and compactness, they guarantee appropriate cooling using a pump.…”