Artificial Islands TRIZ Cases

A curved rectangular embed lets geosynthetic belts anchor into MSE wall panels without steel, simplifying installation and avoiding corrosion issues.

A tight membrane and air cushion keep a monopile interior dry, protecting installed equipment from seawater corrosion during use and installation.

Stepwise jack-up assembly of modular tower segments enables taller windmills with less crane dependence, lower installation impact, and easier maintenance.

A coextruded multilayer polymer sheet creates a crystalline synergistic effect that boosts integral geogrid stiffness and strength for soil reinforcement.

A movable quay with a liftable deck and ballast control deploys and recovers floating wind platforms without permanent quay upgrades.

Movable jaws clamp a raised marker to a manhole cover, improving visibility and protection where covers are obscured or exposed during construction.

Depth-controlled toe jetting lowers foundation installation resistance and noise while preserving a stabilisation region for load verification.

Interlocking low-pH concrete units protect offshore foundations from scour while creating a more hospitable surface for marine life growth.

A seawater galvanic cell powers submerged corrosion monitoring while measuring target-to-reference potential without added batteries.

A fixed outer segment and foldable inner cover reduce manhole handling effort while eliminating separate auxiliary covers.

A bearing-mounted rotating sleeve helps orient offshore foundation piles during driving, improving alignment while compensating for vessel movement.

A sphincter hydraulic circuit keeps pile grippers symmetrically engaged on tapered monopiles, improving centering and alignment during vessel heave.

Watertight data center capsules use a winched submersible platform to gain underwater cooling while allowing surface retrieval for maintenance.

A three-position latch and monitoring sensor verify lock and pressing states to keep race-track manhole covers secured under negative pressure.

Sensor analysis detects hatch intrusion attempts before opening, enabling rapid alerts and immediate protection of underground infrastructure.

An impermeable seabed mat blocks piping-channel entrances under a suction pile, restoring suction-driven penetration and avoiding installation delays.

Alignment markings on lower road drain components guide curb positioning before curb laying, reducing heavy rework and correction time.

Resin flaps replace the annular sealing bag to prevent grout leakage while keeping the outer pile and sleeve in direct contact for stronger joints.

Grid-like wall elements and connecting frames simplify manhole planning and storage while allowing flexible conduit insertion with stable load-bearing assembly.

Resin flaps replace the annular sealing bag to stop cement slurry leakage while keeping direct pile-sleeve contact for stronger underwater grouting.

Standard rebar, embed loops, and bolts replace custom MSE wall parts to cut cost and complexity while preserving long-term structural reliability.

Hidden guide tubes, tool-post windows, and inner and outer plugs secure road and bridge access holes against tampering and unauthorized entry.

Articulated anchoring arms and a central float synchronize line movement to cut cable stress, bending fatigue, and platform pitch offshore.

Targeted UV light and ultrasonic treatment inhibit marine growth on subsea equipment, preserving efficiency without harmful coatings or overengineering.

Opposing-thrust nozzles and integrated ultrasonic testing clean underwater pipes in fewer passes while maintaining stable spacing.

Deep nonwoven cell structures confine soil particles to improve interlock and stiffness for reinforced geotextile applications.

Tubular braces are inserted into cast cavities and lifted into place, enabling grouted fixing at both ends with simpler offshore assembly.

A rotating auger shaft and movable shoring plate separate installation from extraction, reducing removal force and mechanical stress.

An eyebolt-and-nut tensioning mechanism tightens retaining wall cables after installation to improve load distribution, stability, and wall life.

Cold-rolled crimped reinforcement with resistance-welded anchor connectors raises pullout resistance while easing MSE fabrication.

A central anchor rod, cross bars, and peripheral cable frame create a lighter retaining structure that stabilizes soil with easier installation.

An elastomeric manhole cover casing adds drainage and tire grip while damping impacts to cut noise, tire wear, and debris buildup.

Oscillating chamber pressure with a variator pump cuts seabed resistance, speeding subsea suction pile installation and removal.