Artificial Islands TRIZ Cases

Nodeless modular assembly eliminates custom node parts, reducing planning and production costs for wind turbine foundations.

Merging breakwater and pier functions into prefabricated modules eliminates coastal land dependency and reduces construction costs.

An electronic well lid uses a sliding ring and anti-deviation mechanism to maintain safe pedestrian passage during drainage operations.

A modular horizontal gravity separation device uses segmented vertical pipes to separate crude oil phases at the seabed.

Segmented skirt adapts to shallow chimney depths, eliminating complex threaded adjustment mechanisms.

Interlocking recycled rubber panels divert overflow via curved erosion shields to stop soil washout during levee overtopping.

Inflatable containers on jack-up vessel legs extract adhered mud before retrieval, reducing pulling forces and operational time.

Matching material density to water eliminates heavy casings and gravitational settling, enabling lightweight structures with easy relocation.

Segmented wall blocks use universal design and local quality to create random patterns without increasing manufacturing complexity or block weight.

Guiding means define a curved path for cables on offshore platforms, preventing bending stress damage during installation.

Piezoelectric transducers generate ultrasonic vibrations to disrupt biofilm and algae growth on underwater structures.

Segmented extractors automate gabion filling while vibration compaction resolves the trade-off between productivity and mechanical strength.

Vertical stiffeners and multi-position interlocking devices merge drainage, structural support, and erosion protection into a single prefabricated unit.