Prevent Costly Downtime with Mission-Critical FEA & CFD
We help refinery operators, engineering managers, and R&D teams solve complex structural failures, conduct Level 3 Fitness-for-Service (FFS) assessments, and ensure compliance with ASME and API standards.
Comprehensive Simulation & Design Solutions
Select a specialized engineering division below to view dedicated methodologies and project scopes.
1. Core FEA & CFD Simulation
2. Integrity & Failure Assessment
3. Advanced Engineering Design
Advanced CAD
Parametric 3D modeling and reverse engineering.
Design Optimization
Topology, shape, and sizing for mass reduction.
Marine & Naval
Hydrostatics, Hydrodynamics, boat hulls.
Composite & COPV
Filament-wound vessels and laminate design.
Industrial Mold Design
Tool, die, stamping, and plastic injection mold design.
Design by Analysis
ASME Sec VIII Div 2 stress and fatigue evaluation.
4. CAE Automation & AI
5. Enterprise & Academic Support
Featured Case Studies
Real-world applications of numerical modeling to solve complex industrial failures.
Level 3 Fitness-For-Service Assessment
Structural integrity evaluation of in-service pressure vessels exhibiting local thin areas (LTA) and crack-like flaws under API 579-1 / ASME FFS-1 standards.
Type IV COPV Burst Modeling
Parametric filament winding modeling, liner autofrettage, and progressive failure prediction using 3D Hashin damage subroutines.
Wheel-Rail Dynamic Contact Stress
Non-linear dynamic contact mechanics of UIC60 rail profiles under cyclic heavy-haul train passage, predicting rolling contact fatigue (RCF).
Ready to Validate Your Engineering Design or Asset?
Whether you need an immediate Level 3 FFS assessment, high-rate dynamic impact simulation, or dedicated engineering staff augmentation (EaaS), our senior CAE specialists are ready to collaborate.
- Direct technical evaluation within 24 business hours.
- Strict Non-Disclosure Agreement (NDA) compliance upon request.
- Code-compliant reporting tailored for regulatory authorities.