New FieldView 16 – Live Webinar
Please join us.
Wednesday, October 28, 2015, 12:00 Noon EDT - Recording available soon!
Large data size can make interactive post-processing of ICE simulation results impossible. Saving movies is slow and may not yield all the desired information. In this case, CONVERGE CFD users reduced the data saved from TB to MB and allows true interactive exploration of results using FieldView and XDB workflows.
Department of Energy success story describes how Intelligent Light is helping bring the power of VisIt to engineers. VisIt is a visualization program supported in part by the Advanced Scientific Computing Research (ASCR) program in the Department of Energy (DOE) Office of Science.
Quickly see how and why automotive industry OEMs, consultants, and race teams count on FieldView to help them meet address current industry challenges including:
ANSYS Fluent 16.0 provides the capability to automatically export results to FV-UNS while maintaining the partitioning established for a FLUENT parallel solution. Use FieldView Parallel to realize substantial time savings from parallel processing. Every FieldView license will support at least 8 processor cores. FieldView Parallel is available for larger systems.
Presentation from VINAS Users Conference (2014) explores state of the art CFD use cases and workflows in the automotive industry. Yves-Marie Lefebvre, FieldView Product Chief.
Using FieldView XDB Workflows to Analyze High Lift Drag Prediction Workshop Simulations.
An OVERFLOW user for many years, Dr. Earl P. N. Duque shares time saving methods for post-processing results including use of on/off-site parallel HPC systems & XDB files.
Data Management & XDB workflows reduce the data in unsteady rotorcraft simulations by a factor of 286x – applicable to all unsteady CFD workflows.
A 5-year project utilizing coupled Eulerian and vortex particle method codes to model rotor and wake interactions. GPU accelerated HPC provides critical computational capacity.
Japanese Aerospace Agency (JAXA) uses FieldView to bring together over 40 different CFD models of rocket engine subsystems to analyze complete engine for first time. -Letter Format
Red Bull Racing consistently performs at the top of Formula 1. Learn about the advantage they’ve built using FieldView & CFD workflow engineered to win. - Letter format
Red Bull Racing consistently performs at the top of Formula 1. Learn about the advantage they’ve built using FieldView & CFD workflow engineered to win. - A4 format
Executive summary of a bicycle wheel aerodynamics and CFD workflow study. Recommended for exploring benefits of high-productivity CFD workflows. - A4 Format
Executive summary of a bicycle wheel aerodynamics and CFD workflow study. Recommended for exploring benefits of high-productivity CFD workflows. - Letter Format
Multi-year CFD workflow and Bicycle wheel aerodynamics study. Recommended for exploring benefits and design of high-productivity CFD workflows. - A4 Format
Multi-year CFD workflow and Bicycle wheel aerodynamics study. Recommended for exploring benefits and design of high-productivity CFD workflows. - Letter Format
Large & growing datasets met with a need for burst capacity at Intelligent Light. On-demand HPC was easy to utilize & delivered results 20-times faster than in-house workstations.
"CD-adapco highlights the bicycle wheel work previously presented at their UGMs.
Advanced CFD and HPC Technology for Small Manufacturers. See how one successful company is overcoming obstacles to achieve success and gain a competitive edge.
Presentation from CD-adapco Global User Forum (2012) describes in detail relevant metrics from the bicycle aerodynamics studies and includes methodologies and techniques using STAR-CCM+ and FieldView.
AIAA published paper using DDES simulation of bicycle wheel and fork combinations. Data management reduces time 15-20 fold, and disk usage 30 fold.
AIAA published paper shows credible & significant differences in wheel designs. Expands CFD data management & workflow automation for Tera-scale data.
AIAA published paper: Using CFD to explore bicycle wheel aerodynamics. Introduces CFD data management & efficient workflow for Tera-scale data.
AIAA Paper: Mixing Time Visualization for Aerospace Applications. Utilization of automated Poincare analysis for mixing and combustion.
Developing a new aircraft design, Team Smartfish GmbH uses FieldView to easily & quickly extract the important engineering information from their CFD.
"CFD - Power to the People" - Chemical Engineering Progress Magazine's article documented the accessibility of CFD and the importance and value of advanced post-processing.
Intelligent Light's Applied Research Group carries industry expertise in Wind Energy applications of CFD and using effective workflow to lower the cost of energy.
Experience a full evaluation of FieldView software that enables you to use your own data. To qualify, please go here and register as a customer. Your registration will be reviewed by our staff. Once you are qualified by our staff, you will have full access to:
If you can’t wait to try FieldView, download the FieldView Demo Version now! You will be able to demo FieldView with three sample datasets immediately (note: cookies must be enabled for download). When you’re done, you are welcome to try FieldView with your own data. Go here and register as a customer.
Please note: Older copies of the FieldView Demo Version downloaded before Jan. 20, 2016, have expired and will no longer run. If you have an old version and want to run the demo, please uninstall, then download and install the new version.
Demo FieldView with our data right now!
Submit the form on the left and experience the power of FieldView immediately.
We will contact you shortly. When you qualify, our experts will set you up with the actual product and support you through a FREE 14-day trial of FieldView. And that means that you can experience the power of FieldView and expert support on the project you are working on right now using your own data FREE for 14 Days.
To speak with one of our sales specialist immediately call (201) 460-4700.