Construction Material TRIZ Cases

A pre-insulated block joins concrete siding to a closed-cell foam core using self-adhering protrusions and recessions for mortarless assembly.

Segmenting the panel into a substrate and thin mortar layer reduces weight and dust generation while maintaining structural strength.

Integrated noncombustible panels replace multi-layer barrier assemblies, reducing wall thickness while maintaining water resistance and structural integrity.

An adhesive secures a radiant barrier to a corrugated sheet, forming an air gap that reduces heat transfer without complex formation.

Replacing rigid gantries with tensioned cables, this system maintains verticality to achieve precise positioning of large-scale building structures.

Radiation curable resin adheres reinforcing material to rigid substrates for structural building elements.

Composite slurry formulation reduces gypsum panel density while maintaining fire resistance through starch and dispersant interactions.

Self-compacting porous concrete element holds seeds directly within its matrix to create a vertical green surface.

C-shaped metal supports align within processed insulation sections to create durable, weather-resistant prefabricated panels.

A saturated bonding mass anchors reinforcing fibers within a curing resin matrix to join rigid substrates.

Precast concrete blocks resist explosive blasts and enable rapid deployment without ground penetration.

Integrating metallic tooling elements during vacuum bag curing resolves thickness tolerance contradictions while maintaining manufacturing cost efficiency.

Rigid frame couples anchors to enclose fillers, creating a confinement effect that prevents detachment during curing.

Segmented anchors reinforce concrete wall layers through an intermediate layer, reducing manufacturing costs while maintaining structural stability.

Offset support layers form interlocking tongues and grooves in multi-layer drywall panels for rapid assembly.

A cementitious intermediate layer prevents trapped air bubbles from damaging the ornamental surface of concrete products.

An elastic sealing band spaces translucent panels while forming a sealed cavity between them.

Composite elastomer and intumescent layers resolve the trade-off between thermal resilience and fire resistance in expansion joints.

Polymer concrete in the lattice beam achieves a damping ratio above 15% without increasing structural size, supporting EUV exposure apparatus precision.

Corner built-up portions equalize bolt distances to distribute bending moments, preventing yield while reducing plate thickness.

Porous facing layers on a perforated gypsum core achieve an NRC of 0.70 while preserving a seamless monolithic ceiling appearance.

Integrating rebar trusses into longitudinal grooves of a profiled metallic sheet increases span length without exceeding the 75 mm height limit.

Timber cover plates restrain out-of-plane buckling in thin steel shear walls.

Extruded recycled material pellets integrate into fibrous building panels to deliver structural rigidity and sound absorption.

Composite connecting device anchors tensile and pressure elements in hardenable casting compound for prefabricated parts.

An absorptive element with fibers implants into adhesives to bond a floor tile, enabling easy replacement without destroying the substrate.

Segmented convex blocks create parabolic mine seals that redirect blast forces while reducing manual handling effort.

A prefabricated composite facade panel uses offset reinforcing ribs and aligned edge blocks to create thermal breaks.

Strategic bracket placement prevents plywood delamination under heavy cart loads by anchoring the metal skin in cured foam.

Pre-cut groove wood blocking blank snaps onto metal stud lips, eliminating on-site cutting labor and ensuring reliable attachment points.

Sprayable hemp compositions replace labor-intensive mold processes by enabling direct spray application, reducing costs while maintaining structural strength.

Tongue and groove precast blocks combine lightweight cores with structural reinforcement to enable manual installation without cranes.

Segmented extruded frame with recessed hardware mounts replaces complex mineral cores to simplify manufacturing while maintaining fire resistance.

Segmented insulating bodies with adjustable pressure elements eliminate thermal bridges while adapting static load requirements.

Plate connecting elements join clay blocks via glued seats, eliminating complex assembly steps and insulating panel thickness constraints.

Applying 2.0% or higher zinc borate to OSB surfaces resolves adhesive compatibility issues while resisting fungal growth and termite attacks.

Adjustable clamp jaws secure glass panes without drilling, eliminating installation time while maintaining structural support.