Arched Structures TRIZ Cases

See how a curved toroidal projection screen and 120 fps projection eliminate strobing artifacts

Rigid modular poles and base plates stabilize air-filled balloon arches and columns, cutting helium cost while keeping assembly portable.

Rigid base plates and interchangeable poles stabilize air-filled balloon arches and columns, cutting helium cost and simplifying setup.

Segmented arch compartments with a hinged door and removable wall improve car wash tunnel component access, protection, and serviceability.

A pyramid with a cross-shaped antenna channels space energy to alter material composition, targeting combustion and battery performance changes.

Continuous coiled rebar is uncoiled and fixed to dome interiors to cut tying, avoid overlap weak points, and speed reinforcement work.

Radial linear actuators give sway tiles non-binary pitch, yaw, and surge motion while damping mechanisms cut vibration and noise.

A spiral-wound bracket secures blast-resistant shelters by spreading torsional loads while simplifying anchor installation and bracket production.

A hub, caps, and reconfigurable wing pairs create mass-producible joints for irregular structures without custom connector fabrication.

A wedge-shaped prefabricated module uses symmetric recesses and protrusions to build domes and vaults without extra filler parts.

Iterative projections form alignable quadrangles for strong 3D beam structures that compact into bundles and deploy without complex simulations.

Horizontal offsets between repeating unit cells help a fabric-integrated skeleton resist static and dynamic loads while preserving modular assembly.

Pivot pins connect U-shaped brackets and a cylindrical foot member to adapt to uneven surfaces.

Electric discharge texturing produces isotropic aluminum sheets, eliminating directional textures visible through coatings.

Pivoting walls abut structural frames to tauten fabric coverings, resolving strength versus light transmission trade-offs in modular structures.

A reinforced concrete pipe shelter incorporates internal tubing for heated water circulation to provide weather protection and modular space efficiency.

Sandwich flexible polymer foam between concrete layers to enable curved geometries while maintaining thermal insulation.

Curved acoustic shell uses suspended rigging motors to distribute weight and create consistent sonic space.

Spherical joints in rhomboid construction elements resolve the contradiction between structural strength and adaptability by allowing angular adjustment.

Integral panel slots enable self-supporting assembly, eliminating separate connectors and reducing manufacturing complexity.

An inner liner creates wall air spaces for thermal insulation, resolving temperature transmission issues in temporary shelters.

Carbon fiber plates and permalloy shielding create a non-magnetic environment below 1 nT for sensitive applications.

A panel-modular layered wall system integrates load-bearing frames with vegetation substrates to form self-supporting spatial structures.

Nested nodes conceal exposed screws in single-layer space frames, protecting connection areas from corrosion and improving visual continuity.

An arcuate portable building unit uses curved walls to integrate with urban architecture while maintaining portability.

A manipulator with an end effector fine-positions pentagonal and hexagonal blocks to assemble curved polyhedrons without scaffolding.

Segmented roof anchors secure inflatable habitats against extreme pressure, enabling magnetic radiation shielding and modular repair.

Segmented transverse spans with load-compensated regions minimize tensile forces and material waste in large dome structures.

Floating hub articulates tubular struts to expand fabric pitch, preventing snow accumulation on collapsible shelters.

A mobile shelter system transforms from a compact transportable state to an expanded habitable configuration using powered winch mechanisms.

A remote-controlled locking mechanism secures adjacent sections of a mobile sealed building.

Perpendicular inserts intersect girth welds to arrest fatigue cracks caused by continuous heat affected zones in wind turbine towers.

Compliant hinges allow rigid panels to change volume while maintaining structural integrity without continuous pressure.

A three-legged beam connector joins structural members at fixed angles to simplify geodesic dome construction.

Straight inflatable edge tubes form rigid polygonal structures, overcoming limited floor area and complex production of arched designs.

Distinct radii of curvature in orthogonal planes on concavo-convex panels uniformly diffuse light and sound, eliminating shadows and acoustic amplification.

Identical geodesic modules replace unique fuselage parts, reducing riveting length and weight while maintaining structural strength.

A curtain assembly extends storage volume by containing granular materials above existing sidewalls, bypassing costly vertical construction.

A concave arch bridge uses a lowered intermediate deck to distribute vertical forces horizontally along the structural span.

Segmented triangular panels integrate irrigation and thermal plates into the dome structure, reducing Earth-based assembly complexity.

A modular formwork system uses equal groups of constant curvature pieces to build concrete towers.

Segmented inflatable airforms use local reinforcement to resolve wrinkles at shape transitions, maximizing usable space in monolithic dome construction.

Segmented doorway frames preserve structural robustness while inclined panels facilitate rainwater drainage and adjacent dome connections.

Modular hexagonal and pentagonal strut assemblies create semi-spherical domes with vacuum-sealed panels to resolve thermal insulation trade-offs.

Segmented arch assembly allows panel installation after erection, reducing construction complexity in closed spaces.