Here you can clean up and prepare geometries from any CAD source, generate automatic and manual meshes from 0D, 1D, 2D, and 3D elements, create and manage FE assemblies, launch and monitor remote simulations, and connect to simulation data management.

For creating FE models, defining solution parameters, and visualizing results for the Simcenter Samcef solver.

For creating FE models, defining solution parameters, and visualizing results for the Abaqus solver.

For creating FE models, defining solution parameters, and visualizing results for the ANSYS solver.

For creating FE models, defining solution parameters, and visualizing results for the LS-Dyna solver.

For creating FE models, defining solution parameters, and visualizing results for the MSC Nastran solver.

For creating FE models, defining solution parameters, and visualizing results for the ADINA solver.

For preparing models for the Simcenter Nastran, MSC Nastran, Ansys, Abaqus, or LS-Dyna solvers.

Package for combining Simcenter 3D Engineering Desktop, the Simcenter Nastran environment, and the Simcenter Nastran Basic solver.

For integrating digital simulations into the product development process. It provides access to an extensive library of finite element types and material models, enables robust handling of load cases, and offers several efficient solution sequences for analyses on models of unlimited size.

Advanced solution with features for geometric nonlinearity, contact, plasticity, creep, hyperelasticity, and other material behaviors. The multistep solution allows for setting up sequential subcases for pre-load, nonlinear statics, nonlinear transients, modes, buckling, post-buckling, and harmonic modes.

For solving large models that cannot be processed with a single Central Processing Unit (CPU).

For predicting the forced response of structural systems under various loading conditions such as transient, harmonic, shock, and random excitations, as well as loads derived from multibody, electromagnetics (EM), and computational fluid dynamics (CFD) simulations.

Offers two methods for identifying operational forces from measured data.

Optimized product for creating system-level FE models from existing system FE models.

For optimal preparation for measuring structural modes and improving the predictive accuracy of numerical models through mode correlation tests/simulations.

An environment for pre- and post-processing models for rotordynamics analysis with the Simcenter Nastran Rotor Solver. It guides users through the typical workflow for defining rotors, bearings, and assemblies, assists in setting up simulation solution parameters, and evaluating simulation results.

Core functionality for dynamic Finite Element Analysis (FEA). It includes solvers, enables the creation of reduced-order models, and facilitates their use in system analysis.

Tools for creating solutions, sending them to the solver, and post-processing durability results. Enables the setup of complex durability scenarios with numerous finite element and load history cases.

For setting up and performing specialized analyses for spot and seam welds.

Methodology for analyzing short-fiber and long-fiber composite materials. For considering stiffness reduction and stress redistribution during fatigue life under complex loads.

Creation of ready-to-use acoustic or vibroacoustic models for direct and indirect BEM solvers. For analyzing acoustic or vibroacoustic results and solving purely acoustic as well as vibroacoustic problems.

Loads and boundary conditions, as well as key technologies like AML and FEMAO, for solving acoustic simulations. For investigating acoustic radiation from components, pass-by noise, transmission losses of duct systems or panels. Analysis of acoustic treatments with viscoelastic and poroelastic linings, as well as flow-induced noise.

For predicting acoustic responses up to very high frequencies, as well as for very large geometries in enclosed and unbounded domains. For creating and post-processing a ray acoustics model, includes a ray acoustics solver.

Creation of meshes for acoustic analyses using FEM and BEM. For generating acoustic fluid meshes for internal and external applications, based on a structural mesh or CAD geometry.

Calculation and reuse of Acoustic Transfer Vectors (ATV) for rapid prediction of acoustic responses to surface vibrations. Vibro-acoustic transfer vectors for working with force excitations instead of velocities. Utilizes modal participation coefficients in the context of modal acoustic transfer vectors.

Offers two methods for determining operational forces from measured data.

Execution of acoustic FEM or BEM calculations in multiprocessor mode on parallel hardware. Solvers run in high-performance computing mode on multi-node clusters or multi-core workstations with nearly linear parallel acceleration.

Virtual acoustic environment for evaluating the acoustic performance of designs by listening to simulation results instead of analyzing diagrams and curves.

Pre- and post-processing functions for modeling, evaluating, and optimizing mechanisms. Integrated multi-body dynamics solver for solving dynamic, static, and kinematic motions. Enhances the accuracy of multi-body models by considering component deformations in motion simulations.

Modeling all force components of a pneumatic tire in road contact, including normal, vertical, longitudinal, and lateral forces, as well as the resulting moments.

Library of control modeling elements for the dynamic simulation of mechatronic systems. Augmentation of the motion model with control system designs for the simultaneous simulation of motion and control models.

Functions for creating gears, chains, belts, and track chains. Dedicated interface for gear creation (Transmission Builder) and mechanism replication (Discrete Drivetrain).

Setup of a virtual test bench using TWR (Time Waveform Replication) software.

Heat transfer solutions for simulating conduction, convection, and radiation for complex products and large assemblies. Methods for radiation analyses, optical properties, heating models, hydraulic networks, and material models such as phase change, charring, and ablation.

CFD solution for modeling and simulating flows in complex parts and assemblies. Supports internal and external flows, including compressible flows and non-Newtonian fluids.

Vertical application with tools for orbital thermal analyses within the Simcenter 3D environment.

Industry-specific application for simulating 3D airflow and thermofluidic behavior in densely packed, heat-sensitive electronic systems.

High-Performance Computing (HPC) on multiprocessor desktops or multi-node clusters.

Creation and editing of Simcenter MAGNET models. Definition of magnetic materials, boundary conditions, and loads with an integrated 1D circuit modeling tool. Static, harmonic, and transient solver functionalities with motion. Thermal and electromagnetic simulation of steady-state and transient temperature distributions, including winding and core losses such as eddy current and hysteresis losses.

Creation, editing, and post-processing of high-frequency electromagnetic analyses. Definition of complex materials, element properties, boundary conditions, and excitations, including powerful equivalent antenna models, while maintaining CAD associativity.

EMC option in Simcenter 3D High Frequency Electromagnetic (EM) for analyzing the EMC performance of electrical wire harnesses. Supports arbitrary branching and cross-sectional geometries with any number of conductors.

For generating aeroacoustic sources near noise-emitting turbulent flows. Calculation of the acoustic response in the environment, both external and internal.

Simcenter MAGNET™ Thermal precisely simulates temperature distribution due to heat rise or cooling in electromechanical devices.

Efficient algorithms support hundreds of design variables and responses for even the largest models. Robust optimization algorithms and approximation methods simplify the linking and rationalization of numerous variables and constraints to identify critical issues.

Optimization of the topology of regions defined as solids or shells. Capability to predict solid and lattice zones.

Simulation of the AM (Additive Manufacturing) process for Selective Laser Melting (SLM). This involves selecting the parts to be simulated, defining print process parameters (material, number of parts, layer division, laser parameters, etc.), and executing the simulation. Results include temperature distribution and deformation.

Calculation of part deformation during the AM process. The deformations are transferred to the original geometry for compensation. The compensated part file can then replace the original part on the build plate.

An optimized approach for sizing aircraft structures, allowing for the calculation of static loads and margins of safety.

A cost-effective package offering frequently used and advanced dynamics functionalities. It includes all Simcenter Nastran Aeroelasticity functions, based on the Doublet-Lattice method, encompassing the definition of aerodynamic models and coupling between structural and aerodynamic models.

Embedded Client provides a fundamental solution for managing simulation data and processes. It enables the capture of metadata properties and Simcenter 3D files within containers or item revisions.

Advanced functionalities for managing Simcenter 3D data, extending beyond the capabilities of the Embedded Client software.