Noesis
OPTIMUS
PLM Optimization
LMS Virtual.Lab



Unlimited Process Capturing
Unlimited Process Capturing
Design Space Visualization
Design Space Visualization

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process automation design exploration optimization robust design
OPTIMUS

OPTIMUS Revision 9

OPTIMUS is a multi-disciplinary program that leverages your current CAD/CAE systems. OPTIMUS automates simulation tasks across multiple engineering disciplines and helps explore the design space using Design of Experiments (DOE) and Response Surface Modeling (RSM) techniques. The embedded Optimization and Design-For-Six-Sigma methods allow users to hunt for the best performing, safest and most reliable designs at a fraction of the time and cost previously possible.

Key Benefits

  • Largest set of CAD/CAE Software Drivers
  • Extensive Data Mining & Visualization
  • Highest Speed-up with Parallelization
  • Complete integration with CATIA V5
  • Optimization for Robustness & Reliability 
  • Optimization for Taguchi Robustness & Reliability
  • OPTIMUS not only links to all commercially available CAD/CAE software, but also to in-house codes and little supported ‘legacy’ systems, so the user works faster and more effectively with existing codes and models. There is no need to start again with new and unfamiliar tools: OPTIMUS truly delivers a higher return on earlier investments in software products and hardware platforms.

    OPTIMUS has successfully been used with NASTRAN, ANSYS, ABAQUS, MARC, LMS Virtual.Lab, LS-DYNA, PAM-CRASH, MADYMO, ADAMS, STAR-CD, FLUENT, CFX, CATIA, UG, Pro/E, SolidWorks, Ricardo Wave/Vectis, AVL Fire/Boost, AMESim, MATLAB, P-SPICE, MAPLE, MS Excel and many more.

    Move away from traditional trial-and-error analysis and contact us for more information about integrating OPTIMUS with your software tools.



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    OPTIMUS Base Edition

    • Workflow execution without user intervention
    • Fast evaluation of design alternatives
    • Better understanding of key design drivers
     
    OPTIMUS Design of Experiments
    • Scientific exploration of design space
    • No more trial-and-error
    • Maximum information with minimal effort
     
    OPTIMUS Local Optimization
    • Quickest search for optimal design
    • Shortest optimization times
    • Identification of local optimum
     
    OPTIMUS Global Optimization
    • Broadest search for optimal design
    • Random initial sampling of design space
    • Identification of global optimum
     
    OPTIMUS Discrete Optimization
    • Solves mixed continuous and discrete optimization problems
    • Powerful management of discrete variables
    • Quick optimization times
     
    OPTIMUS Multi-Objective Optimization
    • Real trade-off analysis between multiple objectives
    • Efficient exploration of Pareto frontiers
    • Powerful post-processing for more design insight
     
    OPTIMUS Open Access
    • Easy integration of in-house or third-party optimization methods
    • Better utilization of in-house developed software
    • Access to OPTIMUS parallel and post-processing infrastructure
     
    OPTIMUS Robust Design
    • Manage impact of parameter variability
    • Reduce product failures
    • Minimize warranty risks
     
    OPTIMUS Parallel
    • Reduce analysis turn-around time
    • Explore more design alternatives
    • Maximize utilization of computer resources
     
    Taguchi Robust Design
    • Track the best combination of control factors
    • Minimize variability due to Noise factors
    • Detect best factor level from dynamic studies
    • Post-process Taguchi outcome with a rich set of dedicated tools

     

     
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