Breakwaters TRIZ Cases

A modular wave-dissipating block uses interlocking male and female coupling mechanisms to enable vertical and horizontal expansion on the seabed.

Vertical suction pockets generate negative pressure against water to prevent tipping in rough conditions.

Segmented retaining walls on steel pipe piles transfer horizontal forces to ground anchors, maintaining port operations during seismic events.

Guide members with tapered insertion parts resolve visibility constraints by providing physical reference markers for accurate block positioning.

Protruding wiring ends isolate burrs from the photovoltaic surface, preventing microcracks and chipping caused by local pressure concentration.

Non-magnetic basalt reinforcement bars resist chloride ion penetration while prestressing reduces concrete volume and enhances structural reliability.

A single-piece dock covering structure uses indentations for drainage and downward projections to shield vertical sides.

Segmented modules with passage holes adapt to shoreline contours, reducing installation costs while preventing erosion and maintaining ecological connectivity.

Integrally molded composite floor structure resolves the contradiction between structural strength and thermal efficiency while reducing weight and corrosion.

Strategically placed cylinders create Taylor columns that inhibit storm surge and tsunami wave action before reaching coastal infrastructure.