Simulation &
Analysis
Use engineering simulation to evaluate design concepts, analyze product behavior, and identify areas for improvement before building a prototype or moving into physical production.
Discover Design Problems Before Building a Prototype
Engineering simulation helps design teams evaluate product behavior while it is still a digital model. Teams can test concepts, compare designs, and identify improvements before investing in physical parts.
Simulation & Analysis Explained
Simulation uses engineering models to simulate behavior under defined operating conditions, helping engineers understand how a design responds to loads, constraints, and different conditions.
The goal goes beyond generating analysis results. It is to use those insights to improve the performance and suitability of product designs before moving to the next stage.
What Simulation Can Help Evaluate
- Stress
- Displacement
- Deformation
- Structural Behavior
- Load Conditions
- Design Weak Points
- Material Behavior
- Design Alternatives
Analyze Designs Before Committing to Physical Parts
Digital simulation can be integrated into the product development workflow so that analysis and design improvements happen continuously, without waiting until the end of a project.
Prepare 3D Model
Use the model from the product design stage as the foundation for analysis preparation.
Define Material
Define material properties that match the components and the requirements of the application.
Set Constraints
Define fixtures, supports, and conditions that represent the intended use.
Apply Loads
Apply forces or load conditions for the scenario to be analyzed.
Analyze Results
Review results such as stress, displacement, and areas that require attention.
Improve Design
Use the analysis results to adjust geometry, materials, or the design before testing again.
See How a Design Behaves Before It Enters the Real World
Analysis helps engineers make decisions based on data, beyond assessments based only on geometry or experience.
Stress Analysis
Evaluate stress distribution and potentially critical areas of a part.
Displacement
Analyze component displacement under defined loads and constraints.
Deformation
Assess deformation trends and their effect on product function.
Design Comparison
Compare different design approaches to help select a more suitable solution.
Material Evaluation
Analyze how material choices affect design behavior and performance.
Design Validation
Use simulation results to support design review and improvement before the prototype stage.
Explore Multiple Designs Before Investing in Physical Prototypes
If every design change requires a new prototype, product development time and costs can increase rapidly.
Simulation helps teams explore design alternatives digitally before choosing a suitable approach for further development and physical testing.
Reduce Design Changes at High-Cost Stages
Finding problems during digital design allows changes to be made earlier than when issues are discovered after a prototype has been built or production has begun.
Reduce Prototype Iterations
Use digital analysis to screen and improve designs before building physical prototypes.
Identify Weak Points
Help identify areas of a design that need further review or improvement.
Compare Designs
Use analysis data to support the selection of suitable concepts or geometry.
Evaluate Material Changes Faster
Evaluate material options before committing to physical production.
Reduce Engineering Changes
Find problems earlier and reduce the likelihood of changes late in a project.
Increase Design Confidence
Provide more information for decisions before prototyping and manufacturing.
Keep Simulation Closely Connected to Design
When analysis is too disconnected from the design process, changing geometry and rerunning analysis can take longer and slow down design iterations.
Simulation-driven design brings analysis into the design cycle so engineers can continuously design → analyze → improve.
Integrated Engineering Workflow
- Create Design
- Define Engineering Conditions
- Run Simulation
- Review Results
- Modify Geometry
- Re-evaluate Design
- Prepare for Prototype
Connect Simulation to the Product Development Workflow
Analysis during the design stage helps teams use simulation data to improve products before passing them into manufacturing.
Simulation & Analysis for Engineering
Machinery
Analyze machinery parts and structures before manufacturing.
Automotive
Evaluate components and mechanical designs during product development.
Industrial Equipment
Analyze parts and assemblies for industrial equipment and systems.
Precision Engineering
Evaluate the behavior of components that require detailed design control.
Product Development
Compare design alternatives before selecting an approach for prototyping.
Engineering Company
Add engineering analysis to the product design process.
Connect Engineering Design and Simulation
Creo can be part of digital product development that connects 3D design, assemblies, engineering documentation, and analysis, helping teams develop products more continuously using digital data.
Learn More About Creo Parametric →Design & Analysis Workflow
- 3D Product Design
- Assembly Design
- Engineering Analysis
- Design Validation
- Design Iteration
- Engineering Documentation
- Manufacturing Preparation
Engineering Design Technology
NEXCAD focuses on technologies for product design, assemblies, simulation, and engineering design to help organizations develop digital engineering processes from concept to manufacturing.
Digital Engineering
- Product Design
- Assembly & Mechanism
- Simulation & Analysis
- Engineering Drawing
- Manufacturing Design
- Digital Product Development
Analyze Before Building. Refine the Design Before Production.
Make simulation part of the engineering workflow to help evaluate designs, reduce revisions, and avoid unnecessary prototypes before physical production.
Learn More About Creo Parametric →