FieldView in aerospace:
capability, productivity, and impact for mission-critical CFD

FieldView post-processing and visualization software was created for aerospace engineers. The ever-increasing demands of the aerospace industry have driven the software to deliver more, better, and faster ever since. Computational fluid dynamics is mission-critical technology in aerospace. And FieldView is the CFD application of choice for engineers who must accomplish more in less time and make a bigger impact in their organizations.

an aileron simulation

to replay the animation, press Shift + refresh

If you face:

  • Tremendously more complex models
  • Increasing pressure for more rapid turnaround
  • Demands for CFD results in decision-making beyond the CFD community

FieldView can help you succeed. It is highly capable and highly reliable. It will help you accomplish more in less time. And have a greater impact in your organization.

The aeropace industry has matured to a point where everyone builds good products. It is difficult to differentiate on features alone. Success means making strategic decisions in tools and processes to maximize productivity and capability across the organization. Concurrent engineering is the norm. Cross-functional collaboration requires sharing CFD results with diverse audiences.

FieldView helps aerospace engineers succeed with:

  • The industry's fastest post-processing and interpretation capabilities. Even the largest models can be interrogated quickly with high-performance algorithms and tools such as interactive streams and streaklines, and automatic detection of vortex cores, surface flows, and shock values.
  • Managing very large data volumes created from transient and steady-state simulations from thousands to billions of nodes.
  • Input from virtually any in-house or commercial solver.
  • Rapid development of sophisticated, presentation-quality animations, images, and real-time working sessions.
  • Automating post-processing tasks for easy interpretation.
  • A seamless workflow from desktops to immersive group environments.