AI Agent
RHXY — AI That Understands Physics.
Design, analysis, and infinite testing — now possible. Verify before you build.
Performance
Traditional CAE
Specialist engineer + mesh setup + solver tuning + result interpretation
RHXY
Upload 3D file → describe conditions → read results — one session
Faster Setup
Solver Accuracy
Cost Reduction
Traditional CAE required a specialist engineer and a multi-week workflow. RHXY compresses that into a single session.
Case Studies
From drones to data centers — RHXY analyzes structures across all fields where physics matters.
Structural stress analysis and optimization of drone airframes for maximum strength-to-weight ratio under dynamic flight loads.
Biomechanical displacement field analysis for next-generation prosthetic designs, optimizing comfort and structural performance.
Thermal distribution and heat dissipation simulation of high-performance electric motor housings under continuous operation.
Modal analysis and structural integrity assessment of automotive chassis under multi-directional crash and fatigue scenarios.
Vibration and drop-impact analysis for compact IoT sensor enclosures, ensuring IP-rated durability in harsh outdoor environments.
Carbon-fiber frame fatigue and stiffness-to-weight optimization under pedaling and road-impact cyclic loads.
Wind load and structural stability verification for temporary modular retail structures and exhibition pavilions.
Thermal management and rack-level airflow simulation for high-density AI computing infrastructure under continuous GPU load.
Modules
Start with structural analysis. Expand into thermal, fluid, and optimization — all through natural language.
Structural
Static & dynamic stress analysis, fatigue life prediction, safety factor evaluation.
Thermal
Steady-state & transient heat transfer, thermal stress coupling, heat sink optimization.
Flow
Internal & external CFD, convective heat transfer mapping, aerodynamic load analysis.
Optimize
Topology optimization, generative design, multi-objective weight-strength trade-off.