Flomerics
Flomerics is a world leader in the computer simulation of engineering design processes involving fluid flow and heat transfer. Our customers eliminate mistakes, reduce costs, and accelerate and optimize their designs by applying our simulation software and consultancy services before building physical prototypes.
Flomerics provides simulation software tools and services primarily to the electronics industry - to improve and accelerate the physical design process. Our software enables engineers to predict the behavior of a proposed design prior to the build and test phase - this is often called "virtual-prototyping". Our software integrates analysis and design enabling engineers to test and validate their ideas as they are being developed.
Our software breaks down communication barriers between electrical and mechanical engineers enabling fast resolution of conflicting requirements that are traditionally difficult to resolve. Finally, our software is designed for specific applications. This approach – called “Design-Class Analysis - provides the highest levels of specialization and automation available from analysis software and is key to unlocking productivity for experts and non-experts alike.
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Flownex
"The ability to accurately design, simulate and optimize complete integrated thermal fluid systems quickly and efficiently will give you the competitive advantage."
Whether you are working in a high-tech thermal-fluid environment or designing simple fluid handling systems, the ability to accurately simulate, optimize and design complete integrated thermal-fluid systems quickly and efficiently will inarguably give you the competitive advantage.Gone are the days of using a multitude of complicated and costly engineering tools to perform design, optimization or simulation exercises. Modern thermal-fluid engineering requires a systems approach so that the response of the complete system, including the integrated sub-systems, can be considered when making decisions.
Flownex is a world-class solution, specifically designed to provide exactly this capability. Flownex features an intuitive graphical user interface providing access to a powerful robust flow solver. Flownex is backed by the extensive thermal-fluid system analysis and design experience of its creators. The software is being developed within the framework of an ISO9001 quality assurance system and is supported by a dedicated team providing the necessary support and training.
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EnSight
CEI Products Unify Post-Processing, Visualization and Communication
CEI`s products cover key aspects of model post-processing, visualization and communication. They also share common data formats to aid enterprise-wide collaboration.
Extreme Visualization: Are you seeing all you should see in your engineering and scientific post processing? If not, then EnSight is the tool for you. With the largest set of features of any visualization/post-processing tool in existence, EnSight lets you see what you`ve been unable to display and document in the past. An icon-based user interface allows you to learn the program quickly and to move easily into layers of increased functionality. Plus, EnSight works on all major computing platforms and supports interfaces to most major CAE programs and data formats.
CEI’s EnSight has the unique ability to visualize coupled fluid-structure interaction (FSI). There’s no extra charge for this feature, and it applies to every FEA and CFD code that CEI supports – nearly 60 in all.
Visualization of coupled fluid and structure codes provides the ability to analyze phenomena that are difficult to depict otherwise. It is useful in visualizing thermal stress, tire hydroplaning, aircraft safety scenarios, automobile airbag simulation, and fuel tank sloshing and filling, to name a few.
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Harpoon
Harpoon is the ideal tool for delivering high quality meshes of even the most complex geometry. Fast and flexible, Harpoon’s powerful geometry and mesh controls are driven through a simple and logical graphical user interface (GUI). Crucially, Sharc’s experiences in the mathematics of meshes ensure that the elements created will meet the needs of even the most demanding solvers.
Once in a great while a technology comes along that is so revolutionary that it changes the way people think, act and work – some examples include powered flight, railroads, and the availability of the automobile. We are pleased to be a part of the newest revolutionary technology to produce high-fidelity automatic meshes – Harpoon.
Meshing remains today the primary impediment to productivity gains for automotive CFD simulations. There are recent published results using an advanced, hex-dominant meshing technique incorporated in the commercial program HARPOON for the generation of fluent meshes. Advantages of the methods employed are detailed, and examples of typical internal and external automotive flows from industry are shown. Major reductions in mesh preparation time have been obtained, in some cases reducing meshing effort from several days to less than one hour.
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