Creo Simulatation Live

What is Creo Simulation Live?

Creo Simulation is a structural, thermal and vibration analysis solution providing comprehensive capabilities to analyze and validate the performance of 3D virtual prototypes (CAD Models). Today’s competitive marketplace is forcing design teams to “get it right the first time”. To address the challenge, engineers require insight into product performance and quality to guide early design and development decisions.

Creo Simulate gives engineers and designers the power to analyze and understand structural and thermal product performance early in the design process. By gaining early insight into product behavior, engineers can implement design changes to improve product quality while saving time, effort and money.

Unlike traditional CAE tools, Creo Simulate was developed to address usability and interoperability concerns of engineers and designers. Creo Simulate delivers ease of use leveraging a common user interface and intuitive workflow. Creo Simulate is an integral Creo solution providing support for concurrent design and analysis.


Creo Simulate allows engineers to…

  • Make informed design and development decisions
  • Identify and resolved design flaws early in the process when the cost and effort to implement change is low
  • Use analysis early and often to verify and optimize design integrity, function, performance, and cost
  • Eliminate reliance on prototypes and late-stage information
  • Mitigate risk of product failure, warranty and liability


Structural: Static

  • Linear static analysis (SDA
  • Small Displacement Analysis).
  • Linear static analysis with prestress (based on SDA).
  • Large Displacement Static analysis (LDA)
  • In this analysis, external loads are iteratively applied to the deformed structure, until the final equilibrium of forces and moments is reached.
  • Static contact analysis (based on SDA or LDA).
  • Linear Buckling Analysis (stability analysis).
  • Nonlinear stability analysis, based on LDA, this is called snap-through analysis in Simulate.


Structural: Dynamic

  • Modal analysis.
  • Modal analysis with prestress.
  • Dynamic frequency analysis.Dynamic time analysis.
  • Random response analysis.
  • Dynamic shock analysis (earthquake analysis).


Simulate Thermal

  • Steady-state thermal analysis
  • Transient thermal analysis

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