Heat Exchange Apparatus TRIZ Cases

Optimized aluminum alloy fin composition balances thermal conductivity with sag resistance to resolve heat exchange performance trade-offs.

A variable delivery coolant pump supplies fluid through controlled branch passages to machine tool components.

Segmented primary forming punches distribute load across multiple pressable portions, reducing contact pressure and tilting moments that cause die wear.

Neodymium addition refines carbides in austenitic stainless steel, resolving phosphorus-induced weldability loss while boosting high-temperature creep strength.

A heat conductive sheet combines a trimellitate ester plasticizer with thioether antioxidants to maintain flexibility and thermal performance.

Tapered ribs on a sector plate enable parabolic deformation under actuation, minimizing radial seal leakage without complex multi-actuator systems.

A tapered thermal conduction section couples to a chassis mounting plate via interface pads to disperse heat from electronic components.

Sewn organic or metallic fibers join high-conductivity metal heatsinks to a composite plate, reducing housing mass while maintaining mechanical strength.

An extrudable aluminum alloy composition balances manganese, copper, and magnesium to enhance mechanical strength while maintaining extrudability.

Cooling coil assemblies mounted directly on server racks circulate air through sealed aisles to manage thermal loads.

Carbon-filled plastic covers with spaced ribs dissipate component heat, raising maximum output current while protecting circuit boards.

A carburization resistant metal material with optimized chromium, nickel, and copper content forms a stable oxide scale to protect against carbon ingress.

Woven graphite fiber sheets transfer heat through conduction and convection using thermally anisotropic carbon fiber materials.

Segmented balloon envelopes tear open under mechanical pressure to dispense viscous heat-conducting material, eliminating complex dispensing devices.

Segmented tube modules use asymmetric connection blocks to apply pressing force, resolving assembly ease versus heat exchange efficiency trade-offs.

Low chlorine polyarylene sulfide resins with para-phenylene-diisocyanate additives resist hydrolysis in high-temperature coolant environments.

Automatic selection means positions expanding shafts on a carriage, eliminating manual reconfiguration idle times during format changes.

Optimized aluminum alloy fin stock material achieves enhanced pre-braze and post-braze strength through precise compositional control.

A forming apparatus uses interlocking devices to bend plate material surfaces simultaneously.

Optimized aluminum alloy fin stock composition achieves 70 MPa yield strength and -850 mV corrosion potential to prevent refrigerant loss in heat exchangers.

Bending die assemblies on a movable carriage rotate grooved rollers to form helical tube bundles.

Virgin polytetrafluoroethylene honeycomb blocks provide high mechanical strength and tear resistance.

Coarse alpha grains and intermetallic precipitates balance strength and workability, resolving trade-offs in alloying element control.

A redundant cooling module uses an auxiliary drawer with a heat exchanger and air moving device to provide dual-path thermal management.

Segmented enclosures with an intermediary airflow path dissipate heat from electronic components while preventing ambient dust contamination.

Segmented upstream flow paths in a liquid feeder suppress pump idling by preventing air accumulation during posture changes.

Spring strips and clamps secure dual heat sinks to memory modules without damaging locating grooves during detachment.

Segmented adhesive resin layers prevent peeling under thermal shock by varying crosslink density near the aluminum base.

A heat exchanger coating layer uses micro-nano particles and polymerized allylic monomers to form a compact structure.

An immersed pump circulates dielectric fluid through a sealed housing to remove heat from high power density electronic devices.

Tapered cross-sections reduce flow resistance and pressure differences while extending membrane service life in fuel cell humidifiers.

Segmented fluid channels in polymer films shift optical states without electrical complexity, reducing leakage risks.

An embedded pipeline in annular grooves prevents welding bubbles and ensures uniform heat dissipation for high-power diamond film growth.

An expansion rod holder system secures expander rods using a displacement mechanism.

A thermally conductive sheet uses anisotropic fillers oriented in the thickness direction to enhance heat transfer efficiency.

Embedded fluid channels in a thin polymer film transfer thermal energy while reducing flow resistance and leakage risks.