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IIR document
Fully coupled two-phase numerical model for falling film absorption in a vertical parallel plate channel.
Rewetting of hot vertical tubes by a falling liquid film with different directions of venting the generated steam.
Numerical and experimental study of absorption of H2O vapor in wavy falling film of LiBr aqueous solution in vertical tubes and in presence of non-absorbables.
CFD simulation of laminar film condensation on a vertical surface.
Falling film evaporation on a thermal spray metal coated vertical corrugated plate conduits.
Heat transfer at film condensation of stationary vapor with nanoparticles near a vertical plate.
Experimental study on LiCl solution falling-film generation process outside a vertical tube.
A detailed study on simultaneous heat and mass transfer in an in-tube vertical falling film absorber.
Experimental study on heat and mass transfer in falling film absorption of aqueous lithium chloride.
Heat transfer mechanisms during refrigerant condensation when varying inclination.
Modelling and experimental validation of an in-tube vertical falling film absorber with counter flow arrangement of solution and gas.
Experimental study on heat and mass transfer performance of falling film absorption over a vertical tube using LiCl solution.
Influence of the fluid distribution width on the wettability of rivulet flow over vertical flat surfaces.
Numerical study of the effectiveness of a vertical falling plate film absorber for an absorption chiller.
Experimental study of a novel non-packing closed evaporative cooling tower with vertical 3D deformation tubes.
Refrigeration sector monitoring
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Welcome to the automated warehouse of the future
When fully up and running, Ocado’s warehouse in Andover, UK, will process 3.5 million items or around 65,000 orders every week thanks to a thousand robots.
Encyclopedia of Refrigeration
Additive manufacturing of heat exchangers
In the refrigeration industry, additive manufacturing (colloquially referred to as “3D printing”) makes it possible to fabricate novel, complex and potentially more energy efficient...