CFD CONSULTING SERVICES
Get High-End Computational Fluid Dynamics Analysis Now
We Know Fluid Flow.
The GoEngineer simulation team provides a wide range of CFD consulting services to address aerodynamics, acoustics, thermal, and other fluid flow-related issues early in the design phase.
Our CFD consulting services are the fastest and easiest way to access cutting-edge Navier-Stokes, Lattice-Boltzmann, and multiphysics CFD solutions on serious HPC resources, with the experience to do the analysis right.
Our team can help at any level, from augmenting your own CFD group to completely CFD analysis, in traditional or custom methodologies.
What Is Computational Fluid Dynamics (CFD)?
Transcend Design Intuition
Accurately predict turbulence, pressure drops, and thermal performance, uncovering inefficiencies that aren’t obvious through experience alone.
Leverage the Latest & Greatest
Simulate complex physics quickly and accurately with advanced Navier-Stokes and Lattice Boltzmann CFD tools on HPC platforms.
Tackle Industry-Specific Challenges
Our simulation team brings specialized CFD software, process, and experience to solving your industry's unique needs.
“GoEngineer was instrumental in assisting us with getting our project into production. The analytics were spot on with respect to the thermal and coolant flow test results!”
– Scott H.
Director of Engineering
Vanner Inc.
OUR CFD Consulting SERVICES
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Flow Field Visualization
- One of the most basic and important aspects of CFD simulations is determining how the flow field develops and moves through a system or around a body immersed in the fluid.
Design changes can be implemented to eliminate them with help from multiple optimization techniques (what-if, single-goal optimization, multivariable design-of-experiments).
- Ideal for:
- Identifying stagnant areas and recirculation zones in flow fields. -
Pressure Drop Calculation
- The design effort of fluid systems sometimes focuses on minimizing pressure drop. With an efficient CFD simulation one can quickly understand the sources of pressure drop (e.g., in the case of pipe flow) and make intelligent choices to reduce it.
- Ideal for:
- Identify factors that contribute to pressure loss within a system. -
Aerodynamics Analysis
- Lift and drag are the most important factors in the design of efficient vehicles (automotive or aerospace). Wind tunnel physical testing is costly and time-consuming and can be significantly reduced with the help of CFD.
Also, coupled solutions with other codes allow aeroacoustics simulations for cabin noise reduction. - Ideal for:
- Calculating lift and drag parameters related to external airflow. -
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Flow Balancing
- CFD solutions allow direct reporting of mass and volume flowrates through closed systems, such as automotive intake and exhaust manifolds and A/C systems. Balanced flow provides the most efficient design.
Optimization techniques that leverage the parametric dimensions of the CAD geometry are an intelligent way to achieve the desired balance.
- Ideal for:
- Optimizing manifold designs to balance flowrates to/from each port. -
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Fluid Mixing/Particle Tracking
- In industries that focus on material handling, the speed of the operation is of utmost importance; and CFD can help quantify mixing efficiency.
Food processing sometimes involves mixing products, and doing so as quickly as possible allows maximum production output. Industrial particle separator design is also assisted with the ability to track particles within the flow field. - Ideal for:
- Simulating mixing devices and particle separators. -
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Free Surface Flow Analysis
- Free surface flow simulation within CFD can be used to predict tank sloshing or draining and filling speed.
Also, for water resource applications in which flow rates and velocities are desired, understanding open-channel flow is achieved through this type of simulation.
- Ideal for:
- Capturing flow fields with an interface between fluids (air/water, water/oil). -
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Fluid Device Design
- For bulk fluid handling devices that incorporate rotating elements (turbines, blowers, fans), CFD is a powerful tool for gaining design insight.
Efficiencies are easily calculated within the program by extracting and operating on output quantities of pressure, flowrate, and torque. Valve and flow meter coefficients of discharge can also be determined. - Ideal for:
- Valve, blower, turbine, and fan design. -
Thermal Distribution
- Sometimes paired with structural and electromagnetic simulation, thermal CFD studies can determine heat dissipation efficiency of thermal devices and assess the need for forced cooling using fans or liquid-cooled systems.
Use of optimization tools allows quick determination of the fins required in heat sink designs.
- Ideal for:
- Critical cooling applications such as heat exchangers and heat sinks used in electronics. -
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Human Comfort/Solar Heat Load Tracking
- CFD is a powerful tool used to study building structure heat loads and evaluate cooling requirements.
Statistical human comfort parameters are used by the industry to evaluate the effectiveness of heating and cooling systems. - Ideal for:
- Building A/C design. -
Learn More
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GoEngineer's simulation team can best be demonstrated by introducing some of the individual members. If your company needs simulation support, these are among the people ready to assist you.
GoEngineer Consulting
FEA Services
Our FEA services are the fastest and easiest way to access industry-leading FEA technology, run on enterprise computing resources, by analysts with decades of software and industry experience.
Whether you need additional support for your own simulation team or are looking for a total end-to-end analysis solution, GoEngineer is here to help.
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