Reaction Engines TRIZ Cases

Partially covered fan case openings increase air discharge while preserving motor cooling, improving electric blower efficiency.

Magnetic coupling across the stator-rotor gap detects liquid contamination in rotating cavities early, reducing turbine downtime and repair costs.

A sliding water piston creates the pressure differential that drives the impeller, improving wave power generation with a simpler, scalable turbine.

Baffle panels accelerate and direct slow river flow through a turbine or water wheel to generate power with less disruption than dams.

A heated first fluid vaporizes a second fluid to create a pressurized mixture that drives a rotor and converts low-temperature waste heat into power.

A pneumatically actuated buoyancy mechanism keeps a hydrokinetic rotor at high-velocity depth while stabilizing pitch against waves and debris.

Variable-diameter rotation segments let one generator use wind or water flow, addressing transport limits and calm-wind energy loss.

Gravity and buoyancy move liquid-loaded pistons to pressurize water through a penstock and drive a hydro turbine for continuous power.

An Archimedes screw turbine employs dynamic buoyancy control to adapt orientation across varying flow directions while protecting aquatic life.

Bonding modular rotorblade sections away from leading and trailing edges eliminates surface defects while lowering molding and transport costs.

Variable cross-section cavities distribute radial forces into tangential loads, resolving transverse strength failures in rotary components.

Hexagon-shaped propellers on a hollow blade turbine balance power generation while preventing environmental damage from river bank overflow.

Integrating a spherical member on the tilt piston with a matching swash plate recess eliminates costly shoes while stabilizing attitude and reducing abrasion.

Overlapping plate couplings join segmented shingles, distributing stress concentration at joints while maintaining structural rigidity.

A wind turbine spinner guides airflow to profiled rotor sections.

A turbofan engine uses a detachable spiral blade mounted on a spinner to enable modular replacement of fan components.

A fan motor cooling channel uses baffles to force air flow direction changes.

A water power plant with a free inlet cross-section matching the rotor ring area generates electric current from flowing media.

Radial axes allow blades to rotate around their own axis, optimizing energy conversion across varying flow speeds.

Resistive cellular support structures absorb radar energy to reduce the radar cross section of wind turbine rotor blades by up to 25 dB.

Integrated tidal, wind, and wave harvesting platform stabilizes power output through mechanical flywheel storage during periodic lulls.

Alignment surfaces on inserts and spacers ensure proper torque distribution during pump housing coupling assembly.