SIMULIA’s structural simulation using Finite Element Method (FEM) provides deep insights into product performance under real-world conditions like varying loads and temperature. By creating virtual prototypes, it evaluates critical performance indicators such as stiffness, strength, safety, durability, and comfort. This approach ensures accurate predictions, enhanced product quality, and cost-efficient prototyping.
Structural Simulation Roles
Living Heart Human Model
Test cardiovascular device designs in-silico to assess and improve device performance, efficacy, and safety
Material Calibration Engineer
Increase fidelity of simulations by calibrating advanced material models from physical or virtual test data
Simulation Model Build Engineer
Provide the detailed essential mesh and assembly modeling, to reduce non-value added tasks, and build solver-ready finite element models timely and efficiently......
Steel Structures Engineer for Marine and Offshore
Engineer and validate the steel structure design, from preliminary to detail, to minimize costs and engineering time, while reducing weight
Structural Analysis Engineer
Enables comprehensive structural simulations covering statics, dynamics, vibration, thermal, and fatigue across a broad range of industrial applications........
Structural Designer
Accelerate product design with efficient evaluation of stress, strain, natural frequency and temperature in a guided environment
Latest Blog Posts
Discover our most recent posts across all industries, brands and topics
Enforcing Contact Constraints Using Penalty Contact Method in Abaqus
There are two primary methods through which normal direction contact constraints can be enforced in Abaqus/Standard: the traditional direct Lagrange multiplier method and a penalty-based…
How to Enforce Contact Constraints using Augmented Lagrangian Method in Abaqus/Standard?
There are three methods of contact constraint enforcement that are available in Abaqus/Standard: The direct Lagrange multiplier method, The augmented Lagrangian method, and The penalty…
How to model a structure undergoing global instability in Abaqus?
A nonlinear static problem can be unstable as a result of global buckling or material softening. If the load-displacement response of the model seems to…
Abaqus Discrete Element Method
The computation of effect and motion of a large group spherical particles, where the particles interact with one another and with other surfaces/flow is known…
How to Execute a Job without opening Abaqus using Command Prompt?
A job can be run from the command prompt without opening Abaqus CAE as long as the job is set up and already saved. Command…
How to Ensure Uninterrupted Analysis in Abaqus by using Restart Analysis?
The one aspect which is the most desirable while performing an analysis is that it should complete without any errors or interruptions. However, this is…
Unveiling Engineering Insights: A Professional Guide to Mastering Data Analysis with SIMULIA Isight
In the ever-evolving realm of engineering simulation, the need for sophisticated tools that automate and optimize the design process has reached a crucial point. SIMULIA…
Reinforced Cement Concrete (RCC) Structure under Compression Load Conditions: ABAQUS/SIMULIA
Introduction The RCC structure displayed below is subjected to displacement under static conditions in ABAQUS GUI. The basic purpose of using RCC is to absorb…
High quality electromagnetic simulation and NVH analysis for Electric Vehicles with SIMULIA Electric Drive Engineering package
Electric vehicles are much more complex systems to design than it might appear to be. To meet design requirements, the teams need an environment which…
What’s New in SIMULIA 2022x?
It's both an exciting and challenging time for manufacturers to bring new products to market in this era of rapid innovation. Changing customer expectations and…
