Geometric CAD TRIZ Cases

Alternating line searches scale gradients for velocity and anisotropy to overcome computational costs from full Hessian inversion.

Segmenting models into separable regions enables localized edits that reduce material usage and editing time while maintaining design intent.

Iterative topology optimization adjusts build orientation to address anisotropic material properties in additive manufacturing.

A 3D utility network model automatically updates all associated views when components change.

Digital elasto-viscoplastic simulation determines maximum acceptable alternating stress for parts under cyclic loading.

A collaborative server merges design and analysis workflows into one model, eliminating translation errors and boosting productivity.

A cloud-based conflict analysis server detects spatial impacts in CAx models and provides real-time graphical feedback to client systems.

A steady-state pattern generation model using the Swift-Hohenberg equation creates multi-zone microreactor flow fields.

Angled polymer-filled grooves in a metallic matrix distribute tensile stress, preventing local necking and improving deformability.

Decomposing flow fields into smooth and shock wave components reduces computational time while preserving prediction accuracy for aircraft design.

Associative virtual components track non-modeled elements in 3D models to ensure complete bill of materials generation without manual entry.

A digital twin building player generates future state inferences using artificial intelligence.

System uses cost function optimization to suggest layouts minimizing filler space, resolving amateur designer limitations.

Spatial microstructural gradients in electron beam melting parts via controlled thermal energy input.

A set of parameterized three-dimensional atomic objects enables users to reshape and resize components before assembly.

A computer method estimates mass distribution using voxel geometry and slice decomposition.

A computing device retrieves specific building information modeling data scopes from a database.

High-energy laser beams generate precise internal flaws in NDE specimens to verify equipment accuracy without damaging industrial workpieces.

Non-planar matching boundaries maintain mesh quality and accuracy while reducing computational resources for transient finite element analysis.

An automated system calculates optimal inlet spacing within BIM models to streamline drainage design workflows.

Constraint optimization corrects digital twin inaccuracies by translating geometric limits into cost functions that adjust structural parameters.

Incremental chaining preserves anchor positions while highlighting candidates, resolving batch-mode automation conflicts.

A computer-assisted design tool optimizes elastomeric robot skin geometry using differentiable soft body simulation.

Automatic calculation device processes 3D terrain models to determine catchment areas and compute rainwater runoff volumes.

Finite element scaling compensates for sintering shrinkage, maintaining accurate occlusal relationships and eliminating surface distortion.

Standardized digital files consolidate manufacturing instructions into discrete objects to resolve interpretation errors and reduce production complexity.

An AI system generates user-specific electronic tattoo designs by merging functional circuit layouts with desired visual appearances.

Secant rotation iteration calculates aero-engine blade profile chord length by finding tangent points on pressure surfaces.

A computer-implemented method interchanges spanning tree edges based on a user-selected floating parameter to optimize wirelength and detour costs.

A computer-controlled program generates a three-dimensional shell seat model from a two-dimensional sagittal profile.

A digital twin system modifies sensor data to create a unified matrix for vehicle cooling health assessment.

Automated elevation plan validation checks component mount positions against placement rules.

Online system automates load calculations and report generation to resolve manual design inefficiencies in light frame construction.

Microporous recesses on adhesive surfaces enhance mechanical stability by allowing adhesive penetration to withstand compressive loads.

Rule-based engine suggests design paths by comparing simulated objects against known physical properties.

Automated analysis maps laser scan data to CAD objects via design logic, eliminating manual conversion time while maintaining accurate facility representations.

A system generates personalized building improvement content by creating user profiles combining building and behavioral data.

A geospatial modeling system identifies building roof types using multi-directional gradient calculations on data points.

Detects closed loops by aligning scan frames to submaps, improving floor plan accuracy without increasing computational complexity.

Automated building design system generates interactive space placement blocks for equipment within architectural models.

An autoregressive transformer generates vertex, edge, and face lists to create indexed boundary representations for 3D CAD models.

Integrate visual floorplan elements with embedded metadata attributes to eliminate separate file management complexity and synchronization errors.

Overlay augmented reality models on video feeds to align pipe runs with real environments, eliminating complex wire models and reducing installation time.

A virtual reality tour system pairs schematic layouts with visual images to maintain user orientation.

Panelized wall assemblies transfer structural loads via integrated diagonal bracing, eliminating heavy steel let-in bracing complexity.

NURBS-based isogeometric analysis couples with second-order reliability methods to resolve computational bottlenecks in variable stiffness composite design.