Geometric CAD TRIZ Cases

A gradient-based optimization method determines optimal density and actuation coefficients across 3D robot voxels.

Segmented state objects resolve contradictions between visualization accuracy and system complexity to enable precise physical system prediction.

Coupled VOF-DPM method reduces computational burden while maintaining accuracy in simulating complex multiphase flow interactions.

A logistics management system compares simulated work space movements with actual subject positions to detect operational deviations.

Digital product tokens embed unique identifiers in design data to streamline manufacturing workflows.

Self-powered flexible sensors replace complex angle-of-attack systems, reducing installation costs while maintaining accurate stall warning precision.

Iterative diffraction phase optimization designs compact metasurfaces that reshape Gaussian beams into flat-top profiles, eliminating bulky lens assemblies.

Selective etching removes re-melt layers from EDM-notched steel specimens, enabling 15%-30% higher damage tolerance allowables.

A momentum thickness similarity simulator modifies ship model geometry to predict full-scale resistance accurately.

A refractive surface design method determines precise geometry to match target irradiance distributions using optimal transport principles.

A single CAD geometry modification tool merges and splits intersecting solids without requiring parametric history data.

A vehicle test system uses a hardware-in-the-loop simulator to validate unmanned undersea vehicles in virtual environments.

A handheld mapping system captures spatial boundaries and barrier positions to generate precise electronic layouts.

A tetrahedral meshing method detects intersecting faces and creates cavities to generate independent meshes.

Programmable electrical rule check rules automate virtual constraint conversion to resolve manual validation bottlenecks.

A package design system splits large package flats across multiple substrates to generate cut and fold line instructions.

Graphical interface manipulates UAV-captured solar ray paths for precise rooftop irradiance visualization.

Deep learning networks estimate vehicle speed and braking modes to model ABS controllers without proprietary algorithm access.

Rearrange optical amplifiers via redundancy removal and full rearrangement to minimize amplifier count while maintaining signal quality.

A graph time layer model visualizes parent-child computer network object relationships across multiple time intervals in a single view.

Automated fault propagation path tracing replaces manual identification to eliminate human error and manpower loss while providing real-time, accurate failure information.

A unified failure index detects stretching and wrinkling in stamped parts via computer simulation.

A resonance frequency check apparatus calculates wave leakage through openings based on specified shape types.

Numerical finite element simulation calibrates constitutive models to predict burst and collapse pressures under non-uniform downhole loading.

A building quality index system tracks structural and environmental metrics to guide physical improvements.

A 4-D construction modeling software aligns digital content to generate visual comparisons of infrastructure project progress.

A computer-implemented method retrieves previously used constraints from a database to automatically define relationships between CAD model entities.

A tethered simulation environment renders stereoscopic video to test unmanned aerial vehicle camera systems without flight risks.

API layer preserves semantic attributes in 3D CAD models, preventing data loss during non-native format imports.

A stability component calculates the vertical projection of a 3D model's center of mass relative to its base of support.

A computer-implemented tire temperature model predicts thermal distribution using Fourier diffusion laws.

Curve objects highlight edges in lightweight viewers, resolving file size versus information loss trade-offs.

A telematics server creates a virtual vehicle ID to simulate services via an API.