Simcenter Material Modeler enables engineers to transform raw material test data into robust simulation-ready material models with speed and confidence.
Intuitive workflows, automated curve fitting and integrated validation simulation streamline material characterization across multi-physics applications. Reduce development time, improve simulation accuracy and enable better design decisions.
Poorly calibrated material models compromise simulation reliability. Simcenter Material Modeler leverages integrated virtual specimens for validation to ensure accurate material parameters and boost downstream CAE confidence.
Simcenter Material Modeler tightly integrates with Simcenter Material Data Center to store, manage and share validated material data – to ensure consistency, eliminate duplication and preserve insights across the enterprise.
Raw test data processing is iterative and expertise-dependent. Simcenter Material Modeler automates data prep, curve fitting, calibration and validation – to reduce effort, lead times and the cost of material model creation.
Simcenter Material Modeler supports seamless import of experimental test data across multiple file formats—including CSV, Excel and solver-native formats—to eliminate compatibility barriers. Engineers can consolidate data from diverse testing sources and equipment into a single unified workflow. Accelerate material characterization without time-consuming manual data conversion or reformatting.
Simcenter Material Modeler automates preparation workflows, enabling engineers to smooth, scale, shift and generate mean curves with ease. Advanced mathematical models provide a powerful solution for extrapolating and fitting material test curve data to meet specific requirements for clean, consistent input ready for accurate material characterization.
Simcenter Material Modeler offers a rich suite of physics-based constitutive models covering elastoplastic, hyperelastic, viscoelastic and viscoplastic behavior. Users can define strain-rate and temperature-dependent curves. Leverage multiscale modeling for polymers, elastomers and composites, enabling consistent material definitions across structural and manufacturing simulations.
Simcenter Material Modeler enables generation of Forming Limit Diagrams and precise failure modeling using industry-standard criteria, including BiQuad, GISSMO and Johnson-Cook models. Engineers can define and extract triaxiality parameters to accurately capture material fracture and damage behavior to enable high-fidelity simulation results for crash, forming and structural applications.
Simcenter Material Modeler generates simulation-ready material cards compatible with multiple commercial solvers—including Radioss, LS-Dyna, Optistruct, Abaqus, Ansys and AutoForm— for easy deployment across diverse CAE environments without manual rework or data translation.
Simcenter Material Modeler in automotive and transportation
Automakers rely on accurate material models for crash and durability simulations. Simcenter Material Modeler characterizes metals, polymers and fiber-filled composites used in body panels, bumpers and interiors. It captures elastoplastic and rate-dependent viscoplastic behavior critical for precise crashworthiness predictions, lightweighting decisions and faster virtual validation.
Simcenter Material Modeler in aerospace and defense
Aerospace and defense structures demand precise material models for composites, metals and elastomers operating under extreme thermal and mechanical loads. Simcenter Material Modeler accelerates calibration of elastoplastic, hyperelastic and viscoelastic behavior. Integrated failure modeling with GISSMO and Johnson-Cook criteria ensure high-fidelity crash, impact and structural simulation results.
Simcenter Material Modeler in electronics and semi-conductors
Electronics manufacturers require precise material models for drop, impact and thermal simulations. Simcenter Material Modeler characterizes polymers, adhesives and flexible materials accurately. It captures viscoelastic and elastoplastic behavior in housings, screens and connectors for reliable virtual durability testing without costly physical prototypes.
Simcenter Material Modeler in medical devices and pharma
Medical device engineers need accurate material behavior models for simulating soft tissue interaction, implant performance and device durability. Simcenter Material Modeler characterizes hyperelastic biomaterials, silicones and biocompatible polymers. It precisely captures large deformation hyperelastic and viscoelastic behavior essential for validating stents, catheters, orthopedic implants and wearables.
Simcenter Material Modeler in manufacturing
Polymer processing using injection molding and extrusion demands accurate rheological material models for reliable process simulations. Simcenter Material Modeler automates pvT fitting and shear viscosity fitting – to capture pressure, temperature and rate-dependent polymer flow behavior. It optimizes mold filling, minimizes defects and improves process efficiency.
Simcenter Material Modeler for material manufacturers
Material manufacturers and testing labs leverage Simcenter Material Modeler to efficiently post-process raw test data, smoothen noise, generate average curves and derive statistical property values. Advanced mathematical models provide powerful curve fitting capabilities to meet specific requirements, transforming raw test data into reliable, high-quality simulation-ready material cards.
