Computational Fluid Dynamics (CFD)

At Tek-Edge Inc., we deliver advanced fluid-flow and aerothermal solutions by pairing fundamental fluid mechanics with state-of-the-art computational physics. Utilizing a fully licensed, premier toolset, we seamlessly integrate into client engineering workflows to analyze complex flow behavior, minimize pressure drops, and optimize aerodynamic performance. From internal pipe networks to external hypersonic vehicle boundary layers, our comprehensive CFD capabilities ensure your systems operate with maximized efficiency and robust design margins.

Turbomachinery & Rotating Systems

We specialize in the aerodynamic and structural optimization of rotating machinery, including axial fans, centrifugal blowers, and high-speed rotors. Using advanced CFD solvers, we model complex turbomachinery behaviors like blade-row interactions, tip-clearance flows, and transient wake propagation. This analysis ensures maximum aerodynamic efficiency, minimized acoustic signatures, and robust structural margins under demanding operational loads.

rOTORcRAFT Aerodynamics

We specialize in the aeromechanical simulation of helicopters and VTOL aircraft. Our team models unsteady flow fields, rotor-wash effects, and dynamic stall to enhance vehicle stability and control. We help designers maximize payload capacity, extend component fatigue life, and ensure robust aerodynamic margins during complex maneuvers.

Aerodynamics & Hydrodynamics

We evaluate external flow fields across complex geometries to predict lift, drag, pitching moments, and skin friction coefficients. Our simulations analyze external vehicle profiles, marine hulls, and aerodynamic surfaces across a wide spectrum of flow regimes, from low-Reynolds-number environments to supersonic velocities. By mapping boundary layer transitions, flow separation points, and wake profiles, we help clients minimize aerodynamic drag and significantly reduce fuel or power consumption.

AEROTHERMAL HEATING & HIGH-SPEED FLOWS

We evaluate the severe thermal loads imposed on structures operating in compressible, high-Mach-number, and hypersonic flow regimes. Our solvers accurately capture oblique shock waves, expansion fans, and viscous dissipation effects that drive extreme aerothermal heating on vehicle leading edges and nose cones. We map these intense fluid-driven heat flux profiles directly onto structural meshes to evaluate thermal protection system (TPS) margins and material ablation risks.

CFD MODEL VALIDATION & PEER REVIEWS

We serve as an independent verification body to audit, refine, and validate complex third-party fluid simulation models. Our specialists meticulously inspect grid independence studies, Y-plus (y⁺) wall spacing, turbulence model selections (e.g., k-ε, k-ω SST, LES), and convergence criteria to uncover hidden numerical errors. This rigorous oversight provides corporate risk mitigation, guarantees analytical defensibility, and ensures absolute design maturity before physical tooling begins.