Knowledge for every industry.
Physical phenomena are connected. Operating contexts change. Simulation finds its application in that relationship.
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Energy
Understand the flows that sustain generation.
Energy systems connect fluid flow, heat transfer and operating conditions. Modeling allows us to investigate these relationships in equipment and processes.
Analysis possibilities
- Fluid behavior in generation systems
- Heat transfer in equipment
- Operating scenarios and energy efficiency
Manufacturing
See the process from the inside.
In industrial production, material behavior and equipment performance influence each other. Simulation helps explore those interactions before intervening in operations.
Analysis possibilities
- Material mixing, transport and segregation
- Fluid flow and particle behavior
- Equipment sizing and assessment
Fuel industry
Analyze transport. Understand the scenarios.
Fuel industry processes involve fluids, equipment and safety decisions. Computational analysis provides a way to investigate system conditions and behavior.
Analysis possibilities
- Flow in piping and equipment
- Gas, vapor and contaminant dispersion
- Operating condition comparisons
Health & wellness
Examine the phenomena behind the product.
Mixing, particles and transport phenomena are also part of process and product challenges in health and wellness. The computational approach depends on the phenomenon and the engineering question.
Analysis possibilities
- Mixture and particle behavior
- Mass transport and heat transfer
- Process and equipment analysis
These applications are presented in general terms. Feasibility and scope are defined for each project.
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Tell us what you need to understand. Let’s explore how simulation can help.
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