Tecplot

See how Tecplot 360 MB Beta can save you time and make data analysis easier! Join our upcoming webinar on August 7th at 10am PT. Tecplot 360 MB introduces four major concepts that will improve your productivity: Data Journal, Deferred Data Operations, Part names, and transient line plots. Register here: https://okt.to/REtknP

We love seeing science come to life! Check out this CFD .

This animation shows a LES simulation of the VKI MUR 132 turbine (wake region). The iso-surfaces of Q-Criterion are colored by velocity gradient and a slice with the pressure gradient magnitude. Courtesy of Institute of Thermal Turbomachinery and Machine Dynamics, Graz University of Technology. Try Tecplot 360: https://okt.to/3fptCQ

No, it's not an illusion. This CFD is just that cool. 🎨

This Tecplot 360 animation shows the mid-span section of a two-stage turbine with turning intermediate turbine duct: vorticity. Courtesy of Institute of Thermal Turbomachinery and Machine Dynamics, Graz University of Technology. Try Tecplot 360: https://okt.to/QcfBwr

Have you downloaded the Tecplot 360 2024 R1 release yet? Highlights include Ansys Fluent CFF 2024 R1 support, PVD file support, additional VTK file format loaders, an easier to use Probe Dialog, and more. View all of the release details here: https://okt.to/Kd6IpD

Researchers at the University of Virginia and Villanova University are studying the flow and odor topology of schooling fish to uncover novel interactions and sensing capabilities in biorobotic fish schools. Flow is visualized by the Q-criterion (blue iso-surface) and odor concentration dispersed by the body of the leader is visualized by normalized odor intensity (orange iso-surface). Learn more about Tecplot 360: https://okt.to/ifdKFj

Courtesy of Alec Menzer, Dr. Menglong Lei, Dr. Chengyu Li, and Dr. Haibo D**g at the University of Virginia and Villanova University.

This Tecplot 360 shows a LES simulation of a transonic turbine stage where the iso-surfaces of Q-criterion are colored by velocity gradient.

Our Tecplot team will be at ASME's Conference in London this week. If you're attending, swing by booth #207 to learn more about Tecplot products. Learn more: https://okt.to/aWUxNA

We’re excited to announce the release of Tecplot 360 MB Beta! This version of Tecplot 360 introduces new concepts that will help you save time, reduce reliance on scripting, allow reusability of layouts, and more. If you're an active user, try the MB Beta and give us your feedback here: https://okt.to/fxTreR If you're not an active user, reach out to our support team at [email protected] to request a trial.

Mark your calendar! Our team is exhibiting at ASME's Turbo Expo 2024 from June 25-27 in London, England! Stop by booth #207 to connect with a Tecplot expert, ask questions, and learn more about our CFD products. Learn more: https://okt.to/P8m2uF

With FieldView, data transforms into insight and simulations come to life. This shows a controlled Mach 5 hypersonic transition on a flat plate. Animation courtesy of Prof. Datta V. Gaitonde, Mech. & Aerosp. Eng., The Ohio State University. Try FieldView: https://okt.to/xoVDbp

Our team is exhibiting at ASME's Turbo Expo 2024 from June 25-27 in London, England! Stop by booth #207 to connect with a Tecplot expert, ask questions, and learn more about our CFD products. Learn more: https://okt.to/08CwSI

Animation courtesy of Institute of Thermal Turbomachinery and Machine Dynamics, Graz University of Technology.

Professor Unnikrishnan S is generating astounding results with FieldView.

"In this Office of Naval Research supported work, we try to understand the unsteadiness and three-dimensionality of shock-wave/boundary-layer interactions over axisymmetric bodies. Such interactions exist in high-speed air vehicles, where curved surfaces are often encountered. Three-dimensionality and unsteadiness induced by such interactions are relatively more complex than well-studied two-dimensional interactions. Understanding these fundamental flow physics can help us improve the design and control of supersonic air vehicles."

Try out FieldView here: https://okt.to/Trtd0c

In this fascinating case study, Dr. Haibo D**g's team at Wright State University created a detailed 3D numerical simulation of a dragonfly in free flight. The first video clip shows a dragonfly taking off. The black spots on the wing are 0.5mm ink markers that help track exact wing positions when creating the 3D shapes using films shot from different angles. The second clip shows an exact full-body 3D reconstruction of the dragonfly, including body motion and wing deformation, created with Tecplot 360. Read more: https://okt.to/TGYPaM

We could watch CFD simulations all day! This FieldView animation shows a simulated unstart in a rectangular cross-section tunnel at Mach 1.8. Mach contours show upstream propagating shock system with multiple structures associated with boundary layer flow separation. Animation courtesy of Prof. Datta V. Gaitonde, Mech. & Aerosp. Eng., The Ohio State University. Try FieldView: https://okt.to/XNQz3u