The Fs Edition of Anaxsoft™ FEEA™ 2010 SDK, allows the integration of a comprehensive finite element computational engine, that performs linear static and dynamic analysis of frames, into .NET applications. It releases you from the "plumbing" and enables you focus on your core business.

The Fs edition is built using the same code base as the FEEA™ 2010 SDK product line — Cs Edition, Ss Edition — and is available on 32-bit/64-bit Windows platforms. We provide only type-safe managed code, that works on both 32-bit and 64-bit versions of Windows. No changes are required for our code to run on either version of Windows. In fact, our engine will run on 32-bit Windows as well as the x64 and IA64 versions of 64-bit Windows! In other words, our engine will run on any machine that has a version of the .NET Framework installed on it.

It is CLS-compliant. The APIs that come with FEEA SDK expose only CLS-compliant features, so we rest assured that all .NET-aware languages can consume them.

The Fs Edition of FEEA 2010 SDK is a perfect choice for many different groups, who want to embed a computational engine, for frame analysis, in their application:

• Independent Software Vendors (ISVs) who want to extend customer value at low cost
• Research institutions who need a computational engine for their research
• Educational institutions and students

There are no limits on what you can do: you can have unlimited number of nodes/elements, loading cases/loading case combinations, time-functions, time-history loading cases, response spectra and initial conditions.

With the aid of the Fs Professional Edition you can perform the following analysis procedures (multiple procedures in a single run):

• Static
• Mode-Frequency (eigenvalue extraction)
• Time history by mode superposition
• Response spectrum
• Transient implicit (Newmark, Wilson-θ Method)
• Transient explicit (Central Difference Method)

Furthermore, with the professional edition you can have the following advanced features:

• Multiple analysis procedures in a single computer run
• Multiple coordinate systems
• Constraint equations
• Rigid link element
• Selective output (output at selected nodes/elements)
• and more...

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PRODUCT SPECIFICATIONS