Femap.

Advanced engineering simulation solution that enables inexpensive prototyping and faster time-to-market

FEMAP (Finite Element Modeling And Postprocessing) is an advanced all-in-one simulation solution used to model the performance of systems, assemblies and components within set parameters or field operating conditions. Used to create, edit, import/reuse mesh-centric finite element analysis models for complex systems or products, FEMAP integrates with a wide variety of FEM solutions and CAD systems and delivers powerful graphical and data-driven results for evaluation and visualization.

Affordable high performance FEA modeling for the engineering desktop

Minimize costly prototyping and bring your products to market faster by using advanced engineering simulation capabilities. Femap is an advanced engineering simulation application for creating, editing and importing/re-using mesh-centric finite element analysis models of complex products or systems. You can use Femap to model components, assemblies or systems and to determine the behavioral response for a given operating environment.

In addition, Femap provides powerful data-driven and graphical results visualization and evaluation. You can combine Femap with a wide variety of CAD systems and finite element analysis solvers, including the industry-leading NX Nastran application, to deliver a comprehensive computer-aided engineering analysis solution that helps ensure that products perform as designed in real-world environments.

Features

Seamless Integration

Integrates with a variety of FEMs and CAD solutions to deliver comprehensive simulation and engineering analysis that helps ensure the optimal performance of products in real-world operating conditions.

Diverse Application

Enables modeling for complex processes, systems and products in marine vessels, process equipment, lift cranes, heavy construction equipment, defense electronics, aircraft and satellites.

Behavioral Analysis

Helps to predict the behavior of systems, assemblies and components within a bounded set of operating conditions, thus facilitating evaluation of various designs, inexpensive prototyping and testing, and structural optimization objectives.

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Unparalleled Support

Delivers top-notch support for several industry standard solvers, including TMG, SINDA, LS-DYNA, MSC.Marc, Ansys, Abaqus, MSC/MD Nastran and NX Nastran as well as seamless geometry access with major CAD systems including AutoCAD, SolidWorks, Solid Edge, NX I-deas™ software, NX, and Catia.

Optimum Simulation

Delivers multi-physics engineering, fluid flow, system-level performance evaluation, transient and frequency dynamics, and basic strength analysis for best-in-class digital simulation of functional performance.

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Fully Customizable

Comes with an ever-increasing library of custom tools, macro program files, and BASIC API programming environment for customization activities.

See how Femap can help you

Success stories

Zero-Emissions Innovation

Zero-Emissions Innovation

Lion Electric is at the head of the class with its innovative zero-emissions school bus and optimized battery design for thermal management.

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Olympic Renovation

Olympic Renovation

Thermo-fluid analysis during the renovation of this iconic Montreal landmark helped engineers deliver the most energy efficient heating solution and optimal comfort.

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Solutions for your industry

Maya HTT started out by helping to develop space exploration projects. The sky wasn't the limit. We now also develop for and offer products from Siemens Digital Industries Software. Are you looking for software solutions that specifically address your industry’s needs?

Aerospace & Defense

Automotive & Transportation

Architecture, Engineering & Construction

Consumer Products & Retail

Electronics & Semiconductors

Energy & Utilities

Machinery & Heavy Equipement

Marine & Shipbuilding

IT & Datacenters

Health & Medical

Additional articles

If you can think it, we can simulate it

If you can think it, we can simulate it

Imagine, for a moment, the kinds of buildings and infrastructure that would be needed to support a thriving human colony on Mars. How could we engineer safe and comfortable living conditions for such an inhospitable environment? As remote as a future colony on Mars may be, simulation provides a way to contemplate the possibilities.

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The Three T’s of DCIM

The Three T’s of DCIM

Datacenter management poses a high-stakes, multidimensional challenge. As errors can have disastrous real-world consequences, datacenter operators must use a variety of controls to ensure that operations continue smoothly.

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