Geometric CAD TRIZ Cases

Selective displacement of stacked aerofoil sections shifts resonant modes outside keep-out zones without major aerodynamic or integrity penalties.

A grid-based 2D model places process modules in reusable containers to cut chemical plant setup time, cost, and layout complexity.

Automatic sensor and program file generation checks user requirements against tool operations to cut design errors and redesign time.

Pressure sensors in polygonal rows map sail leading-edge stagnation points, enabling more precise airflow direction and speed estimation.

Route planning screens road segments against sensor and software limits, excluding unsafe paths to improve autonomous driving reliability.

Pre-evaluated road segments let autonomous vehicles exclude routes that exceed sensor and software limits under changing conditions.

Variable permanent strain tied to D/t improves steel pipe collapse prediction when stress-strain curves, ovality, and residual stress vary.

Physical and empirical engine models cut measurement time while enabling real-time virtual calibration under transient conditions.

Transforms multidimensional medical imaging into 3D fluid models that predict blood flow and tissue physics with less manual trial and error.

Angled coupon-to-slot braze joints shift tensile loads into shear, enabling stronger repair of heat-sensitive high-gamma prime alloy components.

By tuning fastener layout and ply stackup together, this case cuts joint electromagnetic resistance while reducing aircraft redesign time and weight.

Multiple simulation nodes run identical traffic scenarios in parallel to compare vehicle states and decision routes for more reliable validation.

Sensors and an augmented virtual model guide technicians to equipment and surface history and walkthroughs to cut diagnostic time.

3D-printed joints adapt to tube angles, sizes, and stress paths while lowering chassis fabrication cost and assembly time.

Relative vertex constraints propagate edits across interrelated partitions, keeping floor plan features aligned between levels and reducing manual rework.

3D scanning and CAD-based insert production streamline complex aircraft damage repair while reducing repair time, weight, and process burden.

Links design, manufacturing, test, operation, and service data in a digital twin to predict engine part quality and update models in real time.

Projects 3D kinematic models onto 2D planes to combine operating zones, improving factory space use and layout safety.

Operators can select familiar system-screen symbols to highlight 3D plant components and retrieve design information without model names.

Links machine and structure data models to auto-select and position construction machines while improving logistics, control, and operator training.

Digital twin synchronization links PLCs, workshop models, and host systems to shorten intelligent workshop design cycles and support online debugging.

Curved Bezier electrode segments suppress transverse-wave pseudo-modes in bulk acoustic resonators, improving RF impedance behavior.

Using two ring oscillators with different sensitivities, this case separates on-chip temperature and voltage deviations for real-time DVFS.

Grouped PCA compresses crash test simulation coordinates with adjustable accuracy, cutting storage needs while enabling fast result reconstruction.

Boundary-less hierarchical interconnects remove fixed radix boundaries to cut unused routing tracks, switches, and wire length in FPGA networks.