Fluid Dynamics
Our mission is to navigate together through the stream of innovation, propelling your ideas towards a fluid future with the power of CFD
Fluid Mechanics
Our mission is to navigate together through the stream of innovation, propelling your ideas towards a fluid future with the power of CFD
Do you want to improve the performance of your products and/or processes ? Better understand the physics of your designs ?
For over 10 years now, we have had advanced expertise in study services and simulations for various applications such as aerospace, combustion modeling, chemical reactions, heat transfer and many more.
That's why GDTech offers to accompany you in your projects, ranging from defining specifications, analysis, study and processing of results to proposing improvements for your issues. Recently, we also offer realistic post-procesing visualizations for your marketing campaigns.
Whether you operate in the aerospace, chemical, pharmaceutical, transportation, environmental, construction, defense, or energy sectors, ....
We certainly have the solution to your problem!
Do you want to improve the performance of your products and/or processes ? Better understand the physics of your designs?
For over 10 years now, we have had advanced expertise in study services and simulations for various applications such as aerospace, combustion modeling, chemical reactions, heat transfer modeling and more!
That's why GDTech offers to accompany you in projects, ranging from defining specifications, analysis, study and processing of results to proposing improvements for your issues. Recently, we also offer a realistic post-processing offer for your marketing campaigns.
Wether you operate in the aerospace, chemical, pharmaceutical, transportation, environmental, construction, defense or energy sectors.
We certainly have the solution to your problem!
External Aerodynamics
We are able of providing a comprehensive study of fluid flow around a body. This study can involve analyzing a system as well as optimizing its performance. Simulations of incompressible or compressible flows, fluid-structure interaction, vortex-induced vibrations, are some examples of studies conducted by our CFD engineers at GDTech.
Internal Aerodynamics
GDTech has gained extensive experience in the field of valves, pumps, and all types of industrial processes involving internal flows. We contribute to the development of your products to minimize pressure drop induced by the flow, reduce recirculation zones, and make the process as efficient as possible.
Combustion
Our team provides technical services in the field of turbulent combustion by offering tailored numerical models to adress client issues: fast or detailed chemistry, Arrhenius kinetics, etc. Modeling flames in combustion chambers, burners, or large-scale steam generators are examples of simulations used to obtain temperature maps and chemical species distribution, identify hot spots and evaluate reaction efficiency.
Compressors and Turbines
We utilize softwares that enables us to establish an initial 1D/2D design to obtain a preliminary assessment of the overall performance of the studied turbomachinery. Subsequently, a 3D calculation validates these performances and establishes efficiency maps, surge/stall margins, as well as velocity and pressure fields.
External Aerodynamics
We are able of providing a comprehensive study of fluid around a body. This study can involve analyzing a system as well as optimizing its performance. Simulations of incompressible or compressible flows, fluid-strucutre interaction, vortex-induced vibrations, are some examples of studies conducted by our CFD engineers at GDTech.
Internal Aerodynamics
GDTech has gained extensive experience in the field of valves, pumps, and all types of industrial processes involving internal flows. We contribute to the development of your products to minimize pressure drop induced by the flow, reduce recirculation zones, and make the process as efficient as possible.
Combustion
Our team provides technical services in the field of turbulent combustion by offering tailored numerical models to adress client issues: fast or detailed chemistry, Arrhenius kinetics, etc. Modeling flames in combustion chambers, burners, or large-scale steam generators are examples of simulations used to obtain temperature maps and chemical species distribution, identify hot spots and evaluate reaction efficiency.
Compressors and Turbines
We utilize sofwares that enables us to establish an initial 1D/2D design to obtain a preliminary assessment of the overall performance of the studied turbomachinery. Subsequently, a 3D calculation validates these performances and establishes efficiency maps, surge/stall margins as well as velocity and pressure fields.
Supersonic Flows
Prediction of supersonic flow around a ball, taking into account the movement of the ball within the fluid domain. The use of techniques such as remeshing and automatic refinement enables us to capture turbulent flow in the wake with unparallleled accuracy. The evolution of the velocity and acceleration of the projectile, along with the forces acting upon it over time, as well as overpressure due to the shockwave, can be calculated and correlated with pratical observations.
Heat Transfer
Proven excellence in CFD simulations for heat transfer. Our expertise allows for precise and optimized thermal design. By leveraging our advanced simulations, you can model and analyze heat transfer mechanisms, anticipate hotspots, optimize cooling, and ensure exceptional thermal performance for various industrial thermal applications..
Acoustics
GDTech has powerful software in acoustics, enabling us to conduct noise propagation calculations, aero-acoustic calculations where we utilize CFD to determine sources due to flows and turbulence, and propagate them accordingly. We can also perform vibro-acoustic calculations.
Supersonic Flows
Prediction of supersonic flow around a ball, taking into account the movement of the ball within the fluid domain. The use of techniques such as remeshing and automatic refinement enbales us to capture turbulent flow in the wake with unparalleled accuracy. The evolution of the velocity and acceleration of the projectile, along with the forces acting upon it over time, as well as overpressure due to the shockwave can be calculated and correlated with pratical observations.
Heat Transfer
Proven excellence in CFD simulations for Heat Transfer. Our expertise allows for precise and optimized thermal design. By leveraging our advanced simulations, you can model and analyze heat transfer mechanisms, anticipate hotspots, optimize cooling and ensure exceptional thermal performance for various industrial thermal applications.
Acoustics