Construction Material TRIZ Cases

Building panels use a multi-layer fibre structure to create visible design elements while maintaining high wear resistance.

Deep drawing a solid metal plate into a continuous braided structure eliminates welding, reducing costs and preventing rust at joint interfaces.

A composite mat combines cellulosic fibers with polymeric binders and fire-resistant additives to create a lightweight structural material.

Interlocking reinforcing elements join reinforced insulated panels to resolve the contradiction between construction speed and structural strength.

A snap-in structure connects aluminum alloy wallboards and roof panels using interlocking grooves, bulges, and clasps for secure assembly.

A positioning system for sandwich wall construction uses a dagger and lock mechanism to secure insulating panels during concrete pouring.

Integrated drainage channel and insert move moisture away from insulation board back face, resolving maintenance access issues in building construction.

Segmented mass timber panels enable automated robotic assembly, overcoming manual labor limits for high-rise construction.

A roll-formed metal panel assembly integrates plate and angle portions into a single structural unit for marine vessel construction.

Segmenting a concrete column with a thermal insulation element eliminates heat transfer through reinforcement bars without compromising structural stability.

Segmented gypsum panels hinged on a liner create pre-formed corners, eliminating time-consuming taping and skill-dependent finishing.

Plastic straps and edge protectors prevent brick damage by distributing holding forces without causing tensile loads.

Introduces mechanical stress via continuous fiber reinforcing wire and chemical stress through hydration expansion to suppress cracking in thin sections.

Segmented floor panels with elastic retainers create expansion gaps that prevent thermal deformation and subsidence.

Mid-range viscosity uncooked starch reduces gypsum slurry water demand, eliminating energy-intensive drying steps and boosting manufacturing efficiency.

Segmented octahedral building blocks aggregate into wall structures that transmit natural light while maintaining structural stability.

Aligned ribs in modular steel wall panels resist shear and racking forces, eliminating separate bracing layers to simplify construction.

Asymmetric glass fiber mat configuration resolves warping and inconsistent flexural strength in gypsum wallboards.

Nested segmentation resolves the contradiction between maximizing interior volume and minimizing packaging size for erectable sheds.

A ribbed metal deck provides structural integrity through integrated folded ribs and elevated sections.

A building element uses pressed pulp from laminated food packages as a basic layer covered by plastic sheets.

Replacing rigid slats with a continuous flexible tape increases production capacity and allows automated manufacturing of panels with complex curved contours.

Composite wall linings using lightened natural lime and mesh reinforcement resolve mechanical strength and drying time trade-offs.

A wallcovering system bonds polystyrene panels with a polyurea layer to create interior structures.

A waterproof membrane uses embedded filaments to mechanically grip concrete walls.

An intermediate plastic layer shields the aluminium foil from abrasive fibreglass, preventing micro-hole formation while preserving gas impermeability.

Bonding flat bamboo strips with perpendicular wood veneers maintains natural lignin strength while resolving dimensional inconsistency.

Segmented decorative layers and a shear-thickening fluid buffer resolve CLT surface fragility while connecting blocks transfer stress for reliable assembly.

Mineral additives in the rubber layer improve initial bond strength and reduce bonding time with post-poured concrete.

Perforated cover layers on wood wool cores improve sound absorption while fire retardant additives enhance structural reliability.

Aluminum structural panels integrate internal routing channels to eliminate cutting damage while maintaining insulation performance.

A synchronized displacement system moves a table and driving means to assemble structural and filler strips into multi-ply panels.

A wall element with a heat-insulating core and internal blocks connected by shorter members to optimize thermal resistance paths.

Duroplastic adhesive bonds small sticks in wood door blanks, reducing surface waviness and maintaining fire resistance during climate changes.

Nanometric boehmite additives enhance dimensional stability in plaster-based compositions at elevated temperatures.

Multi-part composite tensile reinforcement elements transmit structural loads through aligned fiber-reinforced plastic and steel sections.

A man-made vitreous fibre acoustic panel uses a microspheres surface coating to enhance light reflection and hide underlying structure.

A prefabricated wall assembly embeds weather-resistant barriers within modular steel stud sections to shield building structures from environmental exposure.

Perforated frame structure reduces heat conduction through fire-retardant panels, resolving structural strength and installation complexity trade-offs.

A prefabricated formed edge guide with mesh surfaces ensures uniform fireproofing material application on structural steel members.

Mechanically plastic baffle absorbs blast energy through plastic deformation, reducing structural vibrations and impact pulse forces on the support structure.

Angled scales on embedded inserts create compensating forces to prevent bending, eliminating manual rebar positioning.

Cement and sand matrix mixed with synthetic fibers and low-density particulates creates structural building materials.