Geometric CAD TRIZ Cases

A rigid body model resizes via parameterized geometric primitives without rebuilding the simulation structure.

A triangular surface mesh system modifies terrain geometry to resolve conflicting drain directions.

Algorithm identifies connected mechanical parts and iteratively estimates eligibility to combine them into single components, reducing design complexity.

Compresses unbounded arrival times into integers for exact delay synthesis, resolving exponential complexity in combinational logic optimization.

A floor-plan identifying unit detects walls and rooms to generate a three-dimensional model of real-estate properties.

Automated horizontal alignment optimization uses terrain grids and cost data to generate geometric paths.

A predictive model estimates rock mass strength and integrity using real-time boring parameters for tunnel boring machine operations.

A network planning tool calculates location scores by dividing areas into topology cells to determine optimal access point positions.

A system detects design objects and extracts their characteristics to identify matching available artifacts.

A computing system reconstructs wiring configurations onto a grid-based format to generate simplified diagrams.

Processor module computes expected geographical positions to update remote repository, reducing network delays and bandwidth consumption.

Automated corner rounding on inverted photonic circuit designs resolves sharp angle violations while preserving optical characteristics.

A chassis management controller determines optimal slot placement for modular information handling systems using impedance and airflow rankings.

Genome engine generates custom cellular lattice kernels optimized for specific material properties.

Augmented reality overlay displays concealed ductwork and fire suppression layouts on mobile devices.

A convolution process approximates smoothed resin ramps between composite plies for accurate geometric modeling.

A computer-based article design support system uses three-dimensional cell and part spaces to allow flexible combination of structural members.

Hierarchical geometric entities reduce memory usage and improve lookup speed compared to uniform voxel grids.

Decomposes 3D geometry into developable surface patches, enabling stress-free assembly of complex shapes from sheet materials.

A superelevation tool extracts and displays data from 3D roadway models by identifying top-facing edges.

Computational fluid dynamics models pressure loss in intelligent completion valves using annular and axial flow parameters.

Adaptive stepsize control minimizes computing time while maintaining accuracy for diverse spacecraft materials.

Simulation learning replaces mechanical adjustments with trained models, reducing calibration time while maintaining valve operation precision.

A multi-scale generative design technique uses modular representations to iteratively assign cells to building modules based on rules.

Automated simulation processing merges fixed-joint bodies into single composite entities to reduce computational overhead.

Hierarchical option sets enable dynamic resolution of structural bridging components, resolving rigidity in preconfigured combinations to reduce cost overruns.

A cursor displays three coordinate axes to let users select an axis by dragging, enabling direct translation, rotation, or scaling of 3D objects.

Synthetic rendered images pre-train models to estimate layouts, reducing reliance on extensive manual annotations.

Segmented annular passages optimize hydraulic diameter to reduce pressure loss while developing a fully formed axial velocity profile.

Multi-field coupling analysis method for axial piston pump oil films integrates fluid, mechanical, and thermal fields to simulate tribological behavior.

Segmented volume elements simulate real-time thermodynamic states in hydrogen fuel cell gas channels, resolving accuracy trade-offs.

Triangularizing boundaries on a Cartesian grid using level-set descriptions resolves geometric non-conformity in finite element contact modeling.

Multi-objective optimization model coordinates reservoir discharge to balance generating capacity with ecological flow requirements.

Dynamic contour offset discretization generates spatial curved-surface printing paths, eliminating staircase errors and ensuring consistent layer thickness.

Genetic algorithm optimizes UAM network infrastructure to minimize acquisition costs while preventing grid overload through solar microgrids.

Automated intermediary system transfers design data between remote devices and fabrication tools with low latency.

An incremental workflow extracts mid-surfaces from CAD face pairs using user-driven modifications and graphical feedback.

Replacing continuum mechanics with kinetic theory modeling allows precise airfoil shaping that converts internal heat energy into kinetic energy.

Inverting directed edges in a graph database enables backward reachability analysis, reducing fault candidate sets and improving diagnosis efficiency.

CMP simulation method partitions chip layouts into grids and shifts them to calculate weighted average geometry characteristics for accurate hot spot detection.

A trained AI model generates virtual sensor output data by mimicking real sensor inaccuracies.

A 3D color mapping system assigns subtractive color values to internal voxels and surface pixels.

A PLM system displays 3D object representations for direct selection and assembly composition.

A virtual reality visualization system generates room representations and updates them with selected replacement items.

Adjust resist model parameters by comparing predicted metrology contours with actual measurements to correct SEM-induced artifacts.

A soil organic carbon estimation model revises depth and subtracts bedrock exposure rates to refine density calculations.

An electric power converter replaces oversized motors to simulate dynamic response, eliminating high costs associated with physical testing mechanisms.

An intelligent critical area analysis system evaluates design layout regions to predict failure risk levels before manufacturing.