Geometric CAD TRIZ Cases

A PLM database rendering process displays modeled objects with associated attributes directly within the CAD interface.

Design software displays real-time sustainability metric values as users modify object geometry.

A programmed computer system refines and coarsens finite elements based on a predefined load path to optimize mesh density during simulation.

Genetic algorithm determines optimal sensor positions via Monte Carlo simulations, resolving budget constraints that limit monitoring coverage.

A dynamic inverse modeling system revises 3D designs based on metrology data to ensure consistent part dimensions.

A modular clothing design apparatus adjusts unit pattern blocks to create customizable prototypes for various body shapes.

Twin modeling assimilation synchronizes physical monitoring with virtual models to predict stress evolution and prevent outburst accidents.

A hierarchical reduced-order matrix generation device divides structures into partial components to compute eigenmodes and static modes.

Physical design graph partitions integrated circuit cells into sub-configurations for systematic selection and replacement.

Server loads 3D modeling data and synthesizes virtual images with reality to verify actual building sizes.

Digital infrastructure models use flexibility attributes to automatically detect and resolve conflicts between objects.

A method determines fiber paths for composite plies using a normalized potential function to generate uniform contour lines.

Angle of arrival receivers detect lighting device locations to automate commissioning workflows, replacing manual processes that require days or weeks.

A method determines material constitutive models by performing scaling transformations on reference stress-strain curves from a database.

Design software transmits layout and sequence data to gateways, automating element configuration and eliminating manual programming adjustments.

Simulation modeling identifies component degradation effects on vehicle systems, replacing time-consuming manual diagnostic trees with precise virtual testing.

An AI module classifies industrial design components by functionality using a trained machine learning model within an engineering software tool.

Full probability-based seismic risk analysis method calculates tunnel lining bending moments under active fault dislocation.

A borehole tubular design system visualizes load envelopes and applied loads as a function of depth to ensure structural integrity.

A buckling-restrained brace design method calculates out-of-plane elastic buckling critical force using gusset plate stiffness parameters.

Standardized meta configuration sets filter specification data via context labels, eliminating repeated simulations and reducing data management complexity.

Segmented finite element zones capture debris forces and gradual disintegration, correcting unrealistic backup structure loads during impact.

A generalized Maxwell model generation method identifies dynamic spring and damper coefficients as functions of displacement rate vectors.

Bidirectional feedback mechanisms synchronize electrical network models between fault detection and voltage control units, resolving information asymmetry.

An apparatus establishes object association maps to automatically select and place indoor objects for 3D scenario generation.

Calculates individual heat fluxes and voltage drops for each cable within a strand, resolving conservative sizing bottlenecks that increase aircraft weight.

Level-set topology optimization evolves lattice structures to enhance strength and energy absorption while preserving initial design intent.

A steering system model estimates driver torque using state variables and vehicle speed data to enhance electric power steering precision.

A building design system generates data models from location and peripheral information to create optimized schemes.

Machine learning model integrates auditory and visual sensor data to identify obstacles.

Automated server casing embossment simulation reduces 1210-hour manual testing to 20.8 hours by converting design tables to machine language.

A plugin embeds invisible trackers within CAD objects to report their spatial location.

A system derives geometric information and assigns surface types to automatically generate analytical energy models from conceptual building representations.

Adaptive sampling reconstructs procedural CAD geometry to minimize data transfer volume while maintaining reconstruction accuracy.

A GUI color picker icon merges hue, saturation, and brightness controls into a single interactive element for touch interfaces.

Segmented locators resolve modeling precision loss when assembling objects with vastly different dimensions in a single CAD environment.

A design system generates hollow connectors with specific fluidic resistance to replace paths in 3D object models.

Superimpose predicted exhaust plumes onto airport feature maps to identify hazard zones, resolving accuracy limitations of conventional prediction methods.

A dynamic air quality sticker calculates real-time pollution footprints using smartphone and connected vehicle data.

A design space model transforms engineering problems into ensembles using a Boolean SAT solver to generate architectures.

A CAD system associates 3D annotations with geometrical template sub-features using unique identifiers for automatic retrieval.

Calculates objective wrinkle metrics using mesh analysis to replace subjective visual inspection.

An algorithm decomposes 3D geometry into 2D panels, replacing manual trial-and-error processes with automated assembly instructions.

A vehicle control system adjusts operational parameters using predictive data to manage component conditions.

A neural network segments 3D point clouds by learning from graphical user interactions to automate object selection.

Optimized helicopter rotor airfoil design improves lift and drag coefficients through dynamic aerodynamic shaping.