Evaporators/Condensers TRIZ Cases

See how a suction duct with variable area schedule positioned above the tube bundle reduces ent

See how a curved inlet channel directs refrigerant in a spiral path to separate gas from liquid

See how segmented heat pipes of different lengths target front and rear evaporator zones to sol

See how a belt-mounted cooling unit draws ambient air, cools it via refrigerant coils, and dist

See how a microchannel condenser integrates a storage volume to hold refrigerant during pump do

See how a trap part in the air passage captures warm defrost air, preventing inner temperature

See how a lamination unit and orthogonal flow direction simplify refrigerant distribution, achi

See how end fins in direct contact with brackets restrict air stream mixing through apertures,

See how a trough-based accumulation design separates lubrication oil and reduces refrigerant ch

See how segmented coil portions with optimized volume ratios and parallel tube sections enable

See how relay passages with single inlets and multiple outlets distribute refrigerant without m

See how sequential compressor startup in a cascade refrigerating system prevents pressure drop

See how a flooded evaporator removes distributor and retaining plates to reduce pressure drops

See how progressively decreasing branch passage cross-sections maintain flow speed above 0.3 m/

See how a multi-zone distributor applies refrigerant as liquid and vapor film onto tube bundles

See how a vertical flow distributor uses non-parallel inlet axes to generate upward spiraling f

See how a dual-cavity mixing header redistributes refrigerant flow to achieve uniform outgoing

See how an internal insert in the condenser header eliminates external jumper lines, distribute

See how mode-switching controls and air bypass reduce energy and water use in adiabatic condens

See how varying flow areas within multichannel tubes concentrate refrigerant near the leading e

See how division plates segment a vertical header into independent chambers, reducing head-diff

See how nested-plate heat exchanger integrates receiver bottle with internal flow paths to achi

See how vertical communication paths connecting headers at different heights solve gas-liquid p

See how asymmetric refrigerant passage areas equalize flow across heat exchange tubes, improvin

See how protruding portions guide water droplets from cutout regions to drainage regions, reduc

See how a brushless DC motor-driven compressor operates at multiple speeds to match thermal loa

See how a triple-pipe concentric heat exchanger enables three fluids to exchange heat simultane

See how modular condenser coils with longitudinal serpentine layout and draw-through fans solve

See how arranging inlet and outlet openings on the same side of a condenser assembly reduces in

See how integrated heat exchange inside the evaporator port opening supercools coolant before e

See how bent heat exchanger units at 0°-15° angles eliminate shrouding plates, increase heat ex

See how parallel air-cooled and liquid-cooled condensers with siphon design prevent cavitation

See how a contact preventing member shields the desiccant bag from shearing forces at the openi

See how side-surface connection pipes and vibration isolation members reduce accumulator height

See how acoustic waves from a vibration device improve refrigerant phase separation and heat ex

See how smaller flow cross-sections in the subcooling zone enhance refrigerant cooling without

See how adding a radical scavenger to trifluoroethylene working fluid prevents self-decompositi

See how multiple injectors with individual valves supply fluid directly into plate interspaces,

See how independent turbulator panel designs optimize gaseous refrigerant and liquid coolant fl

See how stacked pressed plates with vapor leading spaces reduce heat exchanger manufacturing co

See how projection and insertion parts at tank joints prevent gap formation and water accumulat

See how cooling tower control uses inlet-outlet water temperature differential to estimate wet-

See how impermeable masks on wicking material control liquid flow to prevent mineral deposition

See how graduated cut and raised parts with controlled height-to-pitch ratios and inclination a

See how a porous media evaporator uses phase transition and capillary distribution to achieve e

See how adjusting tube number ratios between principal and auxiliary heat exchange sections acc