(410) 718-3131
Finite Element Analysis (FEA) & Performance Simulation
Finite Element Analysis (FEA) & Performance Simulation
Finite Element Analysis (FEA) & Performance Simulation – Our engineering process incorporates advanced computational simulations to ensure optimal performance, structural integrity, and reliability of hydraulic components before production. By utilizing FEA and performance modeling, we identify potential weaknesses, optimize material selection, and reduce failure risks while ensuring compliance with industry standards.
Our FEA & Simulation Capabilities:
- Structural Stress Analysis – Evaluates load distribution, stress concentrations, and fatigue life in hydraulic components such as cylinders, manifolds, and fittings, ensuring durability under extreme operating conditions.
- Material Selection & Optimization – Simulates the behavior of metals, alloys, and polymer materials under various stresses, temperatures, and environmental factors to determine the most suitable material for each application.
- Thermal & Fluid Dynamics Simulation – Analyzes heat dissipation, fluid flow characteristics, and pressure distribution in hydraulic systems to prevent overheating, cavitation, and inefficiencies.
- Sealing Performance Testing – Simulates seal deformation, contact pressure, and wear to ensure leak-free operation and extended service life in high-pressure applications.
- Buckling & Fatigue Analysis – Predicts failure modes, fatigue cycles, and structural stability, preventing premature wear and improving overall component longevity.
- Compliance & Industry Standards Validation – Ensures designs meet SAE, ISO, ASME, and other industry standards, guaranteeing safety, reliability, and regulatory compliance.
By integrating FEA and performance simulations early in the design phase, we minimize prototyping costs, optimize designs, and enhance overall product reliability, delivering high-quality, precision-engineered hydraulic solutions.