All Physics Analyst
Empowering Abaqus, CST, PowerFLOW, Simpack, Wave6 and XFlow users with the 3DEXPERIENCE platform
Role
Automation & Optimization
Democratize Simulation, Accelerate Innovation, and Take Advantage of the Power of Artificial Intelligence.
Automate Workflows and Achieve Optimal Designs
Simulation is a powerful tool for analyzing designs to meet specifications and maximize performance. With automation and optimization, users can develop, store, manage, deploy, share, and replay standard methods for simulation-driven design.
Automation reduces error, increases efficiency, and maximizes simulation value by spreading the knowledge and know-how embedded in simulation processes. The democratization of simulation knowledge allows replication of these processes throughout the enterprise. Optimization makes it possible to explore the entire design space and find a solution that meets all design requirements while pushing performance and innovation further.
SIMULIA offers automation and optimization tools that can integrate with their industry-leading simulation tools. Simulation workflows can be constructed and automatically executed, allowing Design of Experiments (DoE) and giving users the results they need without time-consuming manual processing. Both parametric and non-parametric optimization tools interface with simulation to provide rapid, intelligent design space exploration.
SIMULIA Automation & Optimization Key Benefits
Get results faster
Automation removes the manual work from simulation set-up and post-processing, allowing users to get the data they want into the format they need.
Innovate a competitive edge
Optimization automatically explores the design space searching for solutions that meet design goals. It can find design solutions that improve performance and minimize material use.
Democratize simulation
Designers, analysts and engineers can take advantage of simulation data in their work, but don’t always have the time or knowledge to set up a simulation model. Automation lets them execute a pre-defined simulation process with a click.
SIMULIA Automation & Optimization Software on 3DEXPERIENCE Platform
SIMULIA Automation & Optimization software products are packaged as Roles on the 3DEXPERIENCE platform to get you up to speed faster and work more efficiently with all needed applications available at your fingertips. Select a package that corresponds to your role in an organization.
There are 4 results
Multidisciplinary Optimization Engineer
Drive innovation by exploring multiple alternatives across the complete range of operating scenarios, all to make better decisions and find optimal designs
Role
Simulation Collaborator
Facilitate collaborative decision making across the organization through the 3DDashboard to review, compare, and perform trade-offs between design alternatives
Role
Simulation Process Engineer
Improve productivity and reduce time-consuming manual tasks by building and deploying automated simulation processes for all users in the organization
Role
Enable Innovation with Artificial Intelligence
Use machine learning and artificial intelligence to accelerate the process of simulation set-up, optimization and design of experiments (DoE) and empower decision-making. Automate processes such as material modeling, generate optimized designs, and get feedback on design changes instantly with AI assistance.
Other SIMULIA Automation & Optimization Software Products
Portfolio
Isight & the SIMULIA Execution Engine
Process Automation and Design Exploration
Portfolio
Tosca
Efficient Optimization Based on FEA and CFD Simulations
Start Your Journey
Explore the technological advancements, innovative methodologies, and evolving industry demands that are reshaping the world of Automation & Optimization. Stay a step ahead with SIMULIA. Discover now.
Optimization in the Abaqus Environment Using TOSCA
The first study will show how Abaqus/Standard allows topology optimization of large models with TOSCA.struc.topo. Topology optimization is typically used in the early design phase for producing new design suggestions where the optimization targets could be to minimize the mass considering given stiffness demands formulated using displacement constraints. In the second study, Abaqus/Standard and Tosca.struc.shape are applied for shape optimization. The shape modifications are directly performed on the Abaqus CAE model where each node is displaced independently. For the shape optimization the mesh is adapted by an automatic mesh smoothing algorithm.
Customer Papers
Parametric & Non Parametric Shape Optimization of Electromagnetic Components | Dassault Systèmes
This Tech Talk demonstrate recent improvements in CST Studio Suite optimization techniques as well as how to link SIMULIA’s Tosca non-parametric-optimization suite with the CST Studio Suite.
E-seminar
On demand
What’s New: Isight R2021x
In today’s complex product development and manufacturing environment, designers and engineers are...
Article
FAQs About Automation & Optimization Software
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