• ATLUS is a physics-integrated TPMS design platform.
• The system directly generates high-quality HEX meshes
for CFD and structural analysis without STL conversion.
• Fluid, thermal, and structural properties can be optimized
simultaneously using spatially varying TPMS parameters.
• DfAM- and DfM-aware constraints are integrated
into the design workflow to ensure manufacturable
and simulation-ready structures.
• Design-time filtering and post-mesh validation
evaluate printability, channel manufacturability,
mesh integrity, and support-free feasibility.
• AI-driven optimization explores the design space
to discover high-performance structures.
• Designed for additive manufacturing,
heat exchangers, and multi-physics engineering applications.
Direct HEX Mesh Generation
ATLUS directly generates high-quality HEX meshes
for CFD and structural analysis without STL conversion.
The workflow improves numerical stability,
mesh consistency, and simulation efficiency.
Design-Time Filtering & Validation
ATLUS performs post-mesh validation
to evaluate mesh integrity,
channel manufacturability,
and topology continuity.
The workflow helps prevent invalid CFD/FEM meshes.
Physics-Integrated TPMS Design
Fluid, thermal, and structural properties
can be optimized simultaneously using
spatially varying TPMS parameters.
ATLUS controls local thickness,
porosity, and TPMS periodicity directly.
AI-Driven Design Space Exploration
AI-driven optimization explores the TPMS design space
to discover high-performance structures
with improved thermal and flow characteristics.
Bayesian optimization is integrated into the workflow.
DfAM / DfM-Aware Constraints
Manufacturing-aware constraints are integrated
into the design workflow to ensure
printable and simulation-ready structures.
The system evaluates wall thickness,
channel size, and support-free feasibility.
Engineering Applications
ATLUS is designed for additive manufacturing,
heat exchangers,
multi-physics optimization,
and advanced engineering structures.
The platform supports manufacturable TPMS design workflows.