Fluid Mechanics is a broad and complex engineering discipline. Our analysis methods, simulation tools, mathematical tools and expertise span many of its facets in the pursuit of designing and optimizing your products. Our methods in analyzing and developing fluid mechanics systems range from one-dimensional to empirical tools to multi-dimensional Computational Fluid Dynamics (CFD), which is the premier tool for providing Fluid Mechanics analysis solutions for modern and complex systems. AGS-Engineering offers consulting, design, development and manufacturing support in gaseous and liquid systems and products, at large and small scales. We employ advanced Computational Fluid Dynamics (CFD) tools and laboratory & wind tunnel testing to understand and visualize complex flow behavior. Computational Fluid Dynamics (CFD) simulation helps us identify problems before market introduction by uncovering insight and highlighting opportunities for design optimization. This helps reduce risks and costly warranty problems. We make our customers understand and assure product performance, product design optimization, proof of concept, trouble-shooting, and new intellectual property protection. If your project involves fluids, heat and/or mass transfer and their interactions with any engineering system, we are here to help you. We have the right engineering experts to provide you expert witness services in thermal engineering and fluid mechanics for product liability, patents and protection of intellectual property. CFD simulations are carried out in a number of areas including:

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• Flow Control, Valves, Pipes, Gauges…etc

• Heat Exchangers

• Heating and Refrigeration Devices and Systems

• Lighting

• Mixing & Stirring Systems

• Aerodynamics

• Race Cars, Automotive and Transportation Equipment

• Ventilation Systems

• Data Centers

• Electronics (Heating & Cooling…)

• Filtration

• Flow in Porous Media (Food Technology…)

• Laminar and Turbulent Flow Systems

• Energy Systems (Wind Turbines, Hydroelectric Generators, Oil & Gas…)

• Architecture (Architectural Aerodynamics)

 

The type of systems we have expertise in analyzing are:

• Fluid Dynamics (Steady and Unsteady): Inviscid and viscous flows, laminar and turbulent flows, internal and external aerodynamics, non-Newtonian fluid mechanics

• Gas Dynamics: Subsonic, supersonic, hypersonic regimes, aircraft aerodynamics, transportation systems aerodynamics, wind turbines and systems

• Free Molecular Flow Systems

• Computational Fluid Dynamics (CFD): Inviscid and viscous flows, laminar & turbulent flows, compressible & incompressible flow systems, steady and unsteady flow systems

• Multiphase flows

 

We combine in-house physical and numerical modelling capabilities with the skills, experience and resourcefulness of our staff, to provide comprehensive and integrated service delivery for all aspects of fluid mechanical engineering and computational modelling for various industries that complies with relevant international industry standards. In addition, we have access to major wind tunnel testing facilities which are supported through state-of the art instrumentation and data acquisition systems to support comprehensive studies of steady and unsteady aerodynamic effects.

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In particular these facilities support:

• Bluff body aerodynamic test

• Boundary layer wind tunnel test

• Static and dynamic section model test