Stationary Conduit Assemblies TRIZ Cases

A zinc core and blocking layer let brazed fins protect tubes and joints from corrosion, extending heat exchanger service life.

Stacked gutter-shaped header members increase heat exchange area without bulky headers, while enabling size adjustment and better drainage.

Positioning protrusions and holes align 3D-printed heat exchanger units, enabling larger cores without refrigerant flow path mixing.

By combining a water-cooled heat exchanger with a film cooler, this cabinet layout cuts data center cooling space and energy use.

Patterned dimples on stacked tube plates increase surface area and turbulence, improving oil cooler heat transfer without complex assembly.

Switching between dry, pad-wetted, tube-wetted, and combined cooling modes boosts heat rejection while reducing extra chillers, water use, and aerosols.

Alternating insulated passages and stacked orthogonal tubes help an R744 heat exchanger resist leakage, cut weight, and simplify production.

Preformed grooves, protrusions, and header collars keep fin tubes aligned during brazing to prevent leakage and uneven heat exchange.

Natural seawater flow through adjustable inlet and outlet ducts improves underwater datacenter heat exchange without added cooling power.

A partial gap around a metal fiber structure boosts turbulence and fluid residence time to improve heat transfer while protecting the pipe.

A round-to-oval inlet nozzle improves refrigerant distribution across microchannel tubes while limiting pressure loss in the manifold.

Pivoting and guided fixation align multiple heat exchangers in a compact cooling assembly that cuts weight and production cost.

Sloped inlet and outlet surfaces let a laminated heat exchanger use larger flow passages without increasing height, cutting pressure drop.

Twisted integral reversal elements connect flat tubular sections to create counter-flow paths, improving robustness, assembly, and leak resistance.

Side-wall obstacles redirect refrigerant toward basal cooling fins, improving flow distribution and heat transfer in power module cooling.

Angled half-pipe cooling conduits raise heat transfer and water velocity in furnace exhaust cooling while resisting corrosion and erosion.

A sliding two-part liquid collector adjusts length for different terminal device sizes, improving compatibility while reducing part variants and cost.

A combined mounting and end part cuts heat exchanger parts, reduces assembly effort, and transfers mounting loads away from delicate fins.

Alternating tube layouts and channel sizing improve heat exchange across uneven refrigerant temperatures while lowering flow resistance.