Limit solutions and solutions by analogy play an important role in the interrelation of
engineering problems. However, research with this approach is extremely rare in heat …

A solution by the self-adjoint operator method (SAO)(still not widely used in engineering) is
presented for a lumped parameter model (LM) of a co/counter-current, indirect heated …

Triple tube heat exchangers in general perform better when compared to double tube heat
exchangers, mainly because they improve the heat transfer due to the passage of additional …

The understanding of the multiphase flow and the thermal behavior in moving beds is
important for design and process optimization. Thus, in the present work, the heat transfer in …

A mathematical model for a co-current moving bed heat exchanger (MBHE) is presented.
The bed is diluted and composed of spheres of uniform radius which are transported by a …

The development of mathematical models plays a fundamental role in the design,
optimization, and control of processes. Regarding heat transfer in moving bed reactors, the …

In this study, a mathematical method was applied to establish modelling selection criteria for
lumped parameter analysis (LPA), in the solid phase, of a diluted co-current moving bed …

In this study, a mathematical method was developed and applied to an existing analytical
solution of a model for heat transfer in a co-current diluted moving bed, making it possible to …

Several industrial processes are carried out on moving bed reactors (MBRs), and the
development of mathematical models plays a fundamental role in designing, optimizing, and …

Moving bed reactors (MBRs) are widely used in various industrial processes, making the
development of mathematical models crucial for their design, optimization, and control. This …