Evaporators/Condensers TRIZ Cases

See how a stepped fin design with differentiated inner and outer portions enables gravity drain

See how bent trapezoidal heat exchanger sections merge adjacent units, eliminate shrouding plat

See how a flow balancer induces localized pressure drops in evaporator segments to prevent liqu

See how parallel primary and secondary evaporator pathways with independent expansion devices m

See how real-time coefficient monitoring detects fouling in plate heat exchangers and triggers

See how segmented oil separation chambers with distributed inlet and outlet ports reduce refrig

See how alignment features on tube segments enable accurate positioning before brazing, reducin

See how partition plates extended in the tube direction enable fluid redirection in closely spa

See how a dual-circuit heat pump isolates flammable natural refrigerants outside the controlled

See how a partition plate with extended surface area enables refrigerant leakage when brazed jo

See how a refrigerant adjustment container stabilizes heat exchange and energy efficiency in he

See how nested inner and outer distribution pipes with movable hole alignment enable flexible r

See how alternating heat exchange tubes with shared fins enable two independent circuits to mai

See how asymmetric sheet portions and inclined connecting surfaces enable air mixing without lo

See how a header cavity with turbulent flow portion prevents eddy-current blind regions in micr

See how a partitioned refrigerant distributor with strategically placed orifices reduces fluid

See how a plate fin coil body with segmented circuits prevents uneven refrigerant distribution

See how a baffle opposite the air intake pipe atomizes refrigerant and oil, improving gasificat

See how variable-pitch inner fins direct fractures away from plate contact regions to prevent f

See how tapered refrigerant dropping units and gas-liquid separation overcome dynamic pressure

See how a water-repellent coating with engineered protrusions scatters supercooled droplets to

See how consistent cross-sectional header geometry and gentle U-turn flow paths reduce phase se

See how a tubular housing with planar connecting surfaces and segmented flange elements enables

See how primary and secondary plates with different cross-section openings optimize refrigerant

See how an internal heat exchanger with bypass control reduces suction superheat, expanding com

See how separate sterile and non-sterile fluid pathways in a single heat exchanger enable intra

See how a refrigerant pipe fitting with pressing and fastening portions merges sealing and conn

See how a slanted evaporation pipe with vacuum formation and molecular sieve water removal achi

See how a microchannel tube with removed wall sections and angled orientation prevents refriger

See how merging boiling and condensing sections into a single container with a separator-based

See how metal foam coatings on evaporator tubes provide nucleation sites that enhance heat tran

See how an integrated bypass pipeline with adjustable cavities in the end cover controls pressu

See how meandering portions on heat transfer plates extend refrigerant flow path to increase su

See how a demister integrated into a liquid-vapor separator uses thermal energy from the workin

See how separately manufactured heat transfer pipes and plates with extending portions simplify

See how a tubular distributor with strategically arranged orifices achieves controlled pressure

See how a bent header with integrated flow restrictor and angled openings improves refrigerant

See how saturated suction temperature monitoring detects ice buildup across the evaporator coil

See how stacked flow path layers integrate heat-emitting and heat-absorbing exchangers to reduc

See how positioning a filter at the heat exchanger outlet captures particles above 50µm, protec

See how a rotatable plug-in device with modular filter and separator components prevents wear d

See how a multilayer thermoresistive composite with carbon nanotubes provides uniform evaporato

See how integrating the refrigerant supply within the plate stack reduces flow velocity above t