Isight:
Automation & Optimization
Isight automates simulation workflows to explore design alternatives and determine optimal performance parameters. It connects with commercial CAD and CAE software, in house programs, and Excel spreadsheets. With built in methods such as Design of Experiments, Optimization, Design for Six Sigma, Taguchi, and Response Surface Models, Isight improves design efficiency and overall product performance.
Isight Advantages
Eliminate manual repetitive simulation tasks
Standardize corporate simulation processes
Optimize structural, fluid or magnetic behavior of designs
Perform material calibrations
Component
Library
Isight includes a built in library of standard components that form the basis for creating simulation workflows. Each component acts as a container with its own interface, allowing smooth integration and execution of specific simulation applications directly within Isight.
Direct Interfaces to
Abaqus
Ansys
Nastran
Femap.
Pro/Mechanica
UG-NX
SolidWorks
Catia
LS-dyna
Matlab
Excel
… and many more
Material Model
Calibration
Isight streamlines and automates the material calibration process by connecting simulation tools, test data, and optimization algorithms within a unified workflow. Engineers can automate comparisons between simulation results and experimental data to determine the most accurate material model parameters.
Key Benefits
Automates repetitive calibration tasks, reducing manual effort
Calculates the error between simulation and test automatically with the Data Matching component
Uses optimization techniques to minimize error between test and simulation
Improves accuracy and reliability of material models for simulation
Return of
Investment
Organizations across many industries have achieved measurable gains in efficiency, product performance, and cost reduction by integrating advanced simulation and optimization technologies into their engineering and design workflows.
Use Cases
Conceptual Design Workflow Optimization
Reduced design iteration time from 5 days to just 10 minutes
Lighting System Enhancement
Increased output performance by 48%
Reduced energy consumption by 15%
Shortened development cycle from 1 year to 4 weeks
Aerospace Component Redesign
Achieved significant structural weight savings
Delivered an estimated lifetime cost reduction exceeding $500 million