Evaporators/Condensers TRIZ Cases

See how curved upper fins guide condensate water downward in compact multi-bent heat exchangers

See how a three-row heat exchanger with inter-row refrigerant branching manages superheat and a

See how a return header with communication paths between stacked inlet spaces prevents gravity-

See how matrix-distributed atomization heads with selective control enable carbon dioxide lique

See how wet-region position detection adjusts water supply to minimize non-evaporated discharge

See how asymmetric gas-side tube distribution across upstream and downstream rows concentrates

See how a regenerator and dual-loop design enable precise inlet temperature control in two-phas

See how merging condensation and supercooling units into a single core with adjacent receiver d

See how partition members and adjustment channels in a tubular header prevent refrigerant maldi

See how two independent refrigerant systems with separate heat exchangers enable simultaneous d

See how a three-dimensional condensation module with stacked header rows and orthogonal tube co

See how a header divider with pipe-surrounding openings eliminates ridges and refrigerant colli

See how capillary-to-adapter connections with limiting protrusions stabilize flat tubes during

See how a biasing device adjusts piston position based on pressure differentials to enable infi

See how multi-surface substrate engagement with protruding structures eliminates gaps between c

See how a common fixing tab engages tongues from two heat exchangers to reduce assembly complex

See how a cover-plate chamber forms a bypass line that merges with subcooling flow, cutting coo

See how integrally formed fluid channel structures merge refrigerant receiver and economizer fu

See how flat tubes with variable wall thickness—thicker at ends, thinner at center—strengthen L

See how integrated convexities and openings in stacked discs eliminate milled pipes and flanges

See how evaporative cooling panels and a chilled water reservoir enable dual-mode refrigerant c

See how a rotating distribution member uses centrifugal force to uniformly distribute refrigera

See how positioning a compact condenser on the fan pressure side within an air duct reduces pre

See how bent heat exchange tube segments form openings for direct drain routing, reducing syste

See how a refrigerant shell with integrated channels removes multiple heat conduction media to

See how alternating heat exchange tube ends and varying tube lengths reduce thermal bridges and

See how a CO2 and R290 cascade refrigeration system uses flat multi-hole tubes in the auxiliary

See how hollow sidewalls with integrated air channels and slotted trays distribute cooling air

See how corrugated fins with optimized sheet portions reduce air stagnation and flow resistance

See how weighted superheat feedback at evaporator outlet and compressor inlet adjusts expansion

See how a multi-component HFC/HFO refrigerant blend achieves GWP ≤1500 and A1 non-flammability

See how a bypass refrigerant circuit and water temperature sensor prevent compressor overheatin

See how intermediate header units divide vertical heat transfer tubes into upper and lower sect

See how segmented heat exchange tube sets with different column densities and a redistribution

See how a partitioned refrigerant distributor with orifices improves two-phase flow distributio

See how a single evaporator with two independent fans and negative pressure compensation elimin

See how a battery-powered refrigeration unit uses phase-change material and periodic compressor

See how cascaded heat pumps and heat exchangers recover thermal energy from semiconductor waste

See how integrating the recuperator around the compressor suction region with a continuous inta

See how stacked header rows with orthogonal inlets and baffle plates solve uneven fluid distrib

See how angled fins and manifolds enable counter-current flow in plate-fin heat exchangers to p

See how a baffle-divided chamber with optimized hole geometry achieves uniform refrigerant dist

See how thermodynamic state monitoring detects freezing risk in the heat transfer medium during

See how a modular refrigeration system with segmented components and feedback control achieves

See how carrying adsorbent on the heat exchange member surface enables efficient heat transfer

See how opposing gas outlets cancel velocity vectors to form saturated vapor and recover latent

See how an integrated oil separation chamber uses hit, centrifugal, and gravity methods to remo