Solve even the most complex thermal fluid flow engineering problems,
providing reliable indicators for assertive decision-making at the right time
- contact@technds.com
- San Miguel de Allende
- +52 (415) 241-5174
-
Solutions for your fluids flow engineering problemsCFD
WorldIf time is of the essence, call us or text to us.
CFD
CFD Solutions
We at TechND apply Computational Fluid Dynamics (CFD), a numerical method to analyze how fluids behave by computational models in their weak form commonly referred to as CFD Simulation.
We implement the Finite Volume Method (FVM) to solve the Navier-Stokes equations (conservation of mass, momentum and energy) together with other required transport equations to predict how gases and liquids behave and how they interact with surfaces, structures, and thermal sources under real operating conditions.
We implement the Finite Volume Method (FVM) to solve the Navier-Stokes equations (conservation of mass, momentum and energy) together with other required transport equations to predict how gases and liquids behave and how they interact with surfaces, structures, and thermal sources under real operating conditions.
CFD allows us to visualize flow patterns, pressure distributions, turbulence effects, thermal behavior, etc. Based on the simulation results we can improve designs, reduce energy consumption, and ensure safe and reliable operation of systems. Since simulation requires less time and significantly lower costs than building prototypes, we can help evaluate multiple design alternatives to identify the best solution.
CFD Apps
TechND CFD Solutions
Advanced CFD studies require accurate material property models and robust mathematical formulations to capture complex fluid behavior.
This may involve equations of state (EOS), rate-dependent, interfacial, and thermodynamic property models, together with coupled models for phenomena such as water hammer, shock waves, coupled transport, and fractional or fractal differential equations.
TechND develops and integrates these models into engineering workflows, helping teams improve efficiency, accuracy, and technical capability.
This may involve equations of state (EOS), rate-dependent, interfacial, and thermodynamic property models, together with coupled models for phenomena such as water hammer, shock waves, coupled transport, and fractional or fractal differential equations.
TechND develops and integrates these models into engineering workflows, helping teams improve efficiency, accuracy, and technical capability.
We would like to hear you!
Tell us about your technical issues!, what is the best way to help you? (email, a virtual session, or an in-person visit).
If time is of the essence, call us or text to us.
In any case above, there are no commitments, costs or advertising.