Siemens Simcenter FEMAP 2506.0001 with NX Nastran for Win64 [2025, Multi, NO RUS]
Tablet: Present (TeAM SolidSQUAD-SSQ)
System Requirements: Processor: Pentium 4 / Atlon XP 2500+ or higher
RAM: 1 GB or higher
Disk Space: 2.5 GB
Video Card: Minimum 128 MB
Description: Femap is a CAD-independent pre- and post-processor from Siemens PLM Software for finite element analysis (FEA). This means that Femap acts as the interface between the user and the solver—the core engine that performs calculations in engineering analysis tasks. Femap, integrated with the NX Nastran solver, runs on Microsoft Windows and is part of the Velocity Series product line. It provides an independent, full-featured environment for modeling, simulating, and evaluating product performance analysis results.
Femap, powered by the NX Nastran solver, enables the following: analysis of the dynamics and strength of structures, machines, and buildings; solving transient nonlinear spatial problems; problems in the mechanics of composites and composite structures; structural and process mechanics; heat transfer analysis; and solutions to fluid and gas mechanics problems, as well as related multidisciplinary problems.
The Femap core modules with NX Nastran enable basic engineering analysis, including linear static analysis, free vibration mode and frequency analysis, structural buckling analysis, steady-state and transient heat transfer analysis, and basic nonlinear analysis capabilities. Basic nonlinear analysis includes consideration of geometric (large deformations, displacements, and follow-up loads) and physical (nonlinear materials—plasticity, creep, and viscoelasticity) nonlinearities, as well as consideration of contact interactions at small displacements—linear contact, and contact with continuity conditions. The Advanced Nonlinear module is used to analyze large nonlinearities (including [Elastomer|elastomers] deformation and consideration of spatial contact interaction), combine various types of nonlinearities, and model and calculate fast nonlinear dynamic processes using an explicit integration scheme.
Femap includes three additional modules: Femap Flow Solver, which enables fluid and gas dynamics analysis; Femap Advanced Thermal Solver, which provides a range of capabilities for heat and mass transfer analysis, including modeling fluid channels, coupled convection, and analyzing fluid and gas flows; and Femap Thermal Solver, a solution for temperature analysis and heat transfer analysis. Femap is used by design professionals to model complex structures, systems, and processes, such as satellites, aircraft, military electronics, heavy construction equipment, cranes, marine transport, and process equipment. Femap provides solutions to complex engineering analysis problems in various industries, such as aerospace, helicopter manufacturing, defense, and shipbuilding.
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3.69GB
Tablet: Present (TeAM SolidSQUAD-SSQ)
System Requirements: Processor: Pentium 4 / Atlon XP 2500+ or higher
RAM: 1 GB or higher
Disk Space: 2.5 GB
Video Card: Minimum 128 MB
Description: Femap is a CAD-independent pre- and post-processor from Siemens PLM Software for finite element analysis (FEA). This means that Femap acts as the interface between the user and the solver—the core engine that performs calculations in engineering analysis tasks. Femap, integrated with the NX Nastran solver, runs on Microsoft Windows and is part of the Velocity Series product line. It provides an independent, full-featured environment for modeling, simulating, and evaluating product performance analysis results.
Femap, powered by the NX Nastran solver, enables the following: analysis of the dynamics and strength of structures, machines, and buildings; solving transient nonlinear spatial problems; problems in the mechanics of composites and composite structures; structural and process mechanics; heat transfer analysis; and solutions to fluid and gas mechanics problems, as well as related multidisciplinary problems.
The Femap core modules with NX Nastran enable basic engineering analysis, including linear static analysis, free vibration mode and frequency analysis, structural buckling analysis, steady-state and transient heat transfer analysis, and basic nonlinear analysis capabilities. Basic nonlinear analysis includes consideration of geometric (large deformations, displacements, and follow-up loads) and physical (nonlinear materials—plasticity, creep, and viscoelasticity) nonlinearities, as well as consideration of contact interactions at small displacements—linear contact, and contact with continuity conditions. The Advanced Nonlinear module is used to analyze large nonlinearities (including [Elastomer|elastomers] deformation and consideration of spatial contact interaction), combine various types of nonlinearities, and model and calculate fast nonlinear dynamic processes using an explicit integration scheme.
Femap includes three additional modules: Femap Flow Solver, which enables fluid and gas dynamics analysis; Femap Advanced Thermal Solver, which provides a range of capabilities for heat and mass transfer analysis, including modeling fluid channels, coupled convection, and analyzing fluid and gas flows; and Femap Thermal Solver, a solution for temperature analysis and heat transfer analysis. Femap is used by design professionals to model complex structures, systems, and processes, such as satellites, aircraft, military electronics, heavy construction equipment, cranes, marine transport, and process equipment. Femap provides solutions to complex engineering analysis problems in various industries, such as aerospace, helicopter manufacturing, defense, and shipbuilding.
Download
3.69GB