Siemens Simcenter Femap
Advanced finite element modelling and FEA pre- and post-processing software for engineers who require detailed control over complex structural simulation models.
Simcenter Femap helps engineering teams create, edit, inspect, solve and evaluate finite element models for components, assemblies and large engineering systems under real-world operating conditions.
Request Simcenter Femap Demo Discuss Your FEA RequirementWhat is Siemens Simcenter Femap?
Simcenter Femap is an advanced, Windows-native finite element analysis pre- and post-processing environment from Siemens.
It enables analysts to create highly detailed finite element models, generate meshes, define materials, loads, constraints and connections, prepare solver input and evaluate simulation results within a powerful mesh-centric CAE environment.
Simcenter Femap is particularly suitable for engineers who want detailed control over finite element modelling and need the flexibility to work independently of a specific CAD system.
Core Simcenter Femap Capabilities
- FEA pre-processing
- Advanced meshing
- FE model editing
- Beam, shell and solid modelling
- Loads and boundary conditions
- Connections and contacts
- Composite modelling
- Solver integration
- Advanced post-processing
- Results visualization
- Model checking
- Simulation automation
What Can You Do with Simcenter Femap?
Create robust finite element models ranging from simple mechanical components to very large assemblies, structures and engineering systems.
Geometry Preparation
Prepare, simplify and idealize geometry for efficient finite element modelling and structural analysis.
Advanced Meshing
Create high-quality beam, shell and solid meshes using advanced finite element modelling tools.
1D Beam Modelling
Create beam and frame models for structures where efficient 1D representation is appropriate.
2D Shell Meshing
Develop shell-element models for thin-walled structures, panels, sheet-metal assemblies and vessels.
3D Solid Meshing
Generate tetrahedral and other three-dimensional finite element models for complex solid geometry.
Connections & Contacts
Define contacts, fasteners, connections and interaction between structural components.
Composite Modelling
Prepare finite element models for laminated and composite engineering structures.
Loads & Constraints
Define forces, pressures, accelerations, temperatures, constraints and operating conditions.
FE Model Checking
Inspect mesh quality, connectivity and modelling conditions before submitting simulations for solving.
Results Visualization
Evaluate stresses, deformation, temperature, modes and other simulation results graphically.
Data-Driven Post Processing
Use detailed engineering results to identify critical areas and understand product performance.
Automation & API
Automate repetitive FEA workflows and customize engineering processes using scripting and programming interfaces.
Detailed Control Over Finite Element Models
Simcenter Femap is designed for engineers who need precise control over finite element meshes, properties, loads, solver inputs and results.
Beam Elements
Model frames, supports, piping and structural members.
Shell Elements
Efficiently represent thin-walled and sheet structures.
Tetrahedral Mesh
Create detailed 3D meshes for complex solid geometry.
Hex Modelling
Develop structured solid models when appropriate.
Fasteners
Represent bolts, joints and structural connections.
Contact
Define interactions between mating components.
Composites
Prepare laminate and layered structural models.
Model Verification
Inspect element quality, connections and analysis readiness.
Work with Geometry from Multiple CAD Systems
Simcenter Femap provides a CAD-independent simulation environment, making it suitable for engineering companies that receive design data from multiple CAD platforms.
Multi-CAD Workflow
Import and prepare engineering geometry from supported commercial CAD systems and common geometry exchange formats for FEA modelling.
Geometry Cleanup
Simplify imported CAD models, remove unnecessary design features and create analysis-ready geometry.
Complex Assemblies
Create finite element models from assemblies originating from different CAD and engineering environments.
Simcenter Femap & Simcenter Nastran
Combine the mesh-centric FEA modelling capabilities of Simcenter Femap with Siemens' high-performance Simcenter Nastran finite element solver.
Femap Pre-Processing
Create geometry, finite element meshes, materials, properties, connections, loads and boundary conditions.
Simcenter Nastran Solver
Perform linear static, normal modes, buckling, thermal, nonlinear, dynamic and other structural analyses depending on the selected package.
Femap Post-Processing
Review and visualize displacement, stress, strain, modes, temperature and other engineering results.
From CAD Geometry to Engineering Results
Import Geometry
Bring CAD data into the FEA environment.
Prepare Model
Simplify and idealize geometry for analysis.
Mesh & Setup
Create elements, materials, loads and connections.
Solve
Run structural analysis using the selected solver.
Post Process
Visualize results and improve the engineering design.
Simcenter Femap Licensing & Nastran Bundles
Simcenter Femap can be licensed as a standalone FEA pre- and post-processor or packaged with Simcenter Nastran solver capabilities according to your structural simulation requirements.
Simcenter Femap
For engineering teams requiring an advanced, solver-neutral FEA pre- and post-processing environment.
- Finite element modelling
- Geometry preparation
- Advanced meshing
- Loads & boundary conditions
- Model checking
- Results visualization
- Support for compatible solvers
Femap + Simcenter Nastran
Combines Simcenter Femap pre/post-processing with Siemens Simcenter Nastran structural solver technology.
- Advanced Femap pre/post
- Linear static analysis
- Normal modes
- Buckling
- Thermal analysis
- Basic nonlinear capabilities
- Design sensitivity & optimization
Femap / Nastran Dynamic Response
For organizations requiring simulation of product response to loads or motion that vary with time or frequency.
- Linear static capability
- Normal modes
- Frequency response
- Transient response
- Dynamic structural behaviour
- Complex eigenvalue analysis
Licensing note: Siemens package names, included solver modules, subscription terms and commercial availability may vary by country and current product configuration. Contact Rheologist Gaze & Solutions for the appropriate Simcenter Femap and Simcenter Nastran licensing option.
Who Should Use Simcenter Femap?
FEA Analysts
Ideal for analysts who need detailed control over FE models.
Mechanical Engineers
Evaluate structural performance before physical testing.
Structural Engineers
Create large beam, shell and solid structural models.
CAE & R&D Teams
Suitable for advanced simulation, research and product validation.
Where Can Simcenter Femap Be Used?
Why Choose Simcenter Femap?
CAD Independent
Work with engineering geometry from different CAD environments within a common FEA workflow.
Advanced Meshing
Create detailed finite element models with strong control over mesh quality and topology.
Detailed FE Control
Directly inspect and edit nodes, elements, properties, loads and model entities.
Solver Flexibility
Use Simcenter Nastran or compatible third-party solver environments.
Powerful Visualization
Evaluate simulation results using detailed graphical post-processing tools.
Reduce Physical Testing
Validate product performance virtually and reduce dependence on expensive prototype iterations.
Simcenter Femap Sales, Training & Support
Looking for Siemens Simcenter Femap for finite element modelling, meshing, structural analysis or Simcenter Nastran-based FEA?
Rheologist Gaze & Solutions can assist with requirement evaluation, product demonstration, software licensing, Femap/Nastran configuration, implementation, application training and technical support.