FEMAP - WHAT’S NEW IN 11.4 - femap. · PDF fileAffordable high performance FEA modeling for the engineering desktop FEMAP - WHAT’S NEW IN 11.4.1 Maya HTT announces the following

Affordable high performance FEA modeling for the engineering desktopFEMAP - WHAT’S NEW IN 11.4.1

Maya HTT announces the following enhancements to the Thermal/Flow solver in FEMAP 11.4.1:

• Updated workflows for the GUI• New solver functionality• Distributed computing to enable parallel solving

Contemporary Graphical User Interface

• Dedicated Thermal/Flow Model Info pane, analogous to FEMAP Model Info pane

• Create loads, constraints, and other simulation entities by right-clicking in Thermal/Flow Model Info pane

• Thermal/Flow analysis solution set-up analogous to NX Nastran analysis, accessed by right-clicking on Analyses node

• Persistent navigator objects for loads, constraints, and other simulation entities

• Highlighting and display symbol support

Enhanced Thermal/Flow solver functionality

• FEMAP-NX Thermal/Flow solver synchronization• Benefit from latest core NX solver enhancements

Thermal solver highlights

• Parallelized solver• Improved adaptive time stepping• Enhanced thermal couplings

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• Initial conditions from dissimilar meshes• Thermostat and active heater controller reports• Enhanced transient end time options• Hydraulic network enhancements

• Improved duct flow advection scheme• Duct-to-3D-CFD connections• Total temperature calculations

• Enhanced Orbit Visualizer• Preview orbit, spacecraft orientation, and calcula-

tion points• Rich set of visualization option

• Expanded output options for simulation results

Flow solver highlights

• Parallelized solver• Extended two-equation turbulence models• Large Eddy Simulation (LES) turbulence model• Fractional step scheme• Enhanced second-order discretization schemes• Enhanced freeze-flow and restart options• Static pressure and convective outflow boundary con-

ditions• New capabilities

• Homogenous gas mixtures• Immiscible fluid mixtures

• Expanded output options for simulation results

• Enhanced CGNS export

Parallel processing enhancements

• Parallel processing extended to entire solution se-quence for thermal and flow runs

• Distributed Memory Parallelization (DMP) of solvers means separate access to both CPU and RAM

• Execute up to 8 processes on a compute node with Ad-vanced Thermal & Flow licenses at no extra cost

About Maya HTT:

• Industry leading software developer and provider of engineering services in CAE, Product Lifecycle Man-agement (PLM) and Datacenter Infrastructure Manage-ment (DCIM)

• Extensive experience in design, analysis, systems inte-gration and deployment

• Specializing in mechatronics, thermal, fluid and struc-tural analysis, and composites

• Technological partner, software editor, and provider of Siemens CAD/CAE/PLM solutions for more than 30 years

• Over 130 technical specialists supporting our custom-ers worldwide

For more information about FEMAP®, please visit: http://femap.mayahtt.com