- CFDOnline Validation and Test Cases: wiki with problem descriptions and some calculation results but not case files / grids (on the handful that I checked)
- ERCOFTAC Classic Collection: "The database has undergone some re-structuring and expansion to include, amongst other things, more details of the test cases, computational results, and results and conclusions drawn from the ERCOFTAC Workshops on Refined Turbulence Modelling. At the moment, each case should contain at least a brief description, some data to download, and references to published work. Some cases contain significantly more information than this." Registration required.
- LaRC Turbulence Modeling Resource: " The objective is to provide a resource for CFD developers to obtain accurate and up-to-date information on widely-used RANS turbulence models, and verify that models are implemented correctly. This latter capability is made possible through "verification" cases. This site provides simple test cases and grids, along with sample results (including grid convergence studies) from one or more previously-verified codes for some of the turbulence models. Furthermore, by listing various published variants of models, this site establishes naming conventions in order to help avoid confusion when comparing results from different codes."
- CFD and Coffee: a list of resources focused on compressible RANS V&V.
- cfd-benchmarks: benchmarks focused on room air distribution
- Saturne Test Cases: a list of test cases for Code Saturne, which also links the Working Group 21 AGARD database among others
- NPARC Alliance Verification and Validation Archive: grids available, but not much grid convergence info
- Vassberg's NACA 0012 Grids: Hegedus Aero code-to-code calcs based on 2009 AIAA paper / grids for NACA 0012
Monday, September 30, 2013
This list is from a discussion on the CFD group on LinkedIn.
Friday, September 27, 2013
Here's an announcement for an exciting workshop combining the open source computational fluid dynamics code SU2 with the open source optimization framework OpenMDAO.
Update: Workshop Materials
Dear Colleagues,I wish I could spare the two days to participate virtually; looks like a really good event.
This is a friendly reminder about the OpenMDAO and SU2 joint workshop on Sept.30 - Oct.1 in Durand 450 (Stanford University). So far, we have had great interest for both in-person, and virtual attendance to the event and we are looking forward to a great workshop. There is still room for more participants and we encourage you to join us for as much workshop as you can. As a reminder, no experience with the software is necessary.
If you plan on attending in-person or virtually, all participants should register at the SU2 homepage:
For virtual attendance, you must additionally register for the online webinar at the following locations:
Day 1: https://attendee.gotowebinar.com/register/7114168239445654785
Day 2: https://attendee.gotowebinar.com/register/208563415407826177
OpenMDAO is an open-source framework for Multidisciplinary Design, Analysis and Optimization (MDAO). Written in Python, it functions to integrate analysis tools into a single design environment allowing for the investigation of engineering designs and optimization of designs subject to user requirements.
SU2 is an open-source numerical PDE solver that can be used to solve the equations of fluid motion. SU2 has been used to simulate a range of fluid including wind turbines, supersonic business jets, and hypersonic re-entry vehicles.
These powerful codes are suitable for general purpose applications. They have been downloaded more than ten-thousand times and have a continually growing footprint in a growing field of research. Because these codes are freely available and can be modified to suit specific needs, they can be used as part of countless research problems.
If you’re interested in multi-physics simulations applied to design, this is the workshop for you!
Each day will have a morning session to introduce the software packages and an afternoon session to give hands-on experience working with the codes. These sessions will focus on linking OpenMDAO and SU2 for specific multi-disciplinary problems. The best utilization of the two packages will be awarded an iPad!. The deadline for the competition (only on-site workshop attendees) will be on Thursday afternoon (October 3rd) and the winner will be announced on October 4th in the SU2 website.
The agenda for the workshop is attached. Food will be provided both days.
We hope you are able to join us for this exciting and engaging event!
The SU2 and OpenMDAO development teams
Update: Workshop Materials
- OpenMDAO Introduction, Installation, and Quick Start
- SU2 Introduction and Installation
- SU2 Advanced Analysis Topics (presentation)
- SU2 Advanced Analysis Topics (mesh and configuration example files)
- Shape optimization using SU2 (presentation)
- Shape optimization using SU2 (ONERA M6 files)
Tough day at Andoya Rocket Range for University of Queensland SCRAMSPACE team. My heart goes out to these guys; they put a lot of good time, effort and smarts into their experiment.
Here's the official statement:
Here's the official statement:
“The rocket carrying the scramjet launched at 3pm (Norwegian time, 11pm Brisbane time), however the payload failed to achieve the correct altitude to begin the scientific experiment as planned.
“The SCRAMSPACE payload, according to our data, was operating perfectly and performed extremely well before and during the launch, and we received telemetry data all the way into the water.
“Unfortunately the failed launch meant we could not carry out the experiment as planned.”
“The team is very disappointed. The project represents a lot of time, effort and money by a committed consortium of partners and sponsors.”
University of Queensland Hypersonics Chair Professor Russell Boyce
Thursday, September 26, 2013
I wrote previously about some neat entries in the GE Engine Bracket Challenge on GrabCAD that used topology optimization. As reported by GE, they have picked their winners from Phase I. Phase I consisted of simulating the submitted parts in several different load cases and ranking them by how much weight the designer was able to shave off.
Located around the world, finalists include:These winner from Phase I will have their designs "printed" in Titanium and then tested by GE to determine the winners for Phase II.
- Ármin Fendrik, based in Hungary, is a third-year university student and this entry is among his first 3D printing designs.
- Thomas Johansson, Ph.D, based in Sweden, is a consultant for a Swedish hyper-car manufacturer and is a champion snowmobile drag racer.
- Nic Adams, based in Australia, supported the installation of a pathology lab automation system in a Sydney hospital, which includes a robotic handling system that helps analyze hundreds of test tubes each day.
- M Arie Kurniawan, based in Indonesia, is co-founder of an engineering firm that provides high quality mechanical engineering, design optimization and product design services.
- Sebastien Vavassori, based in the United Kingdom, is a stress engineer for a leading European space manufacturer and service provider.
- Piotr Mikulski, based in Poland, works as a rapid prototyping systems specialist for a Polish-Swiss joint-venture that provides industrial and machining services.
- Andreas Anedda, based in Italy, is a postgraduate university student and holds three patents.
- Alexis Costa is based in France.
- Mandli Peter is based in Hungary.
- Fidel Chirtes is based in Romania.
Wednesday, September 18, 2013
Fellow AFIT-alum Chris Miser doing good stuff in the Civil UAV market. Airpower to the People!
In the wake of the recent floods in Colorado, Falcon UAV has spent the last three days providing volunteer aerial services to the Boulder County Emergency Operations Center (EOC) and the Incident Management Team (IMT). On Thursday afternoon while all National Guard aircraft were grounded due to weather Falcon UAV was proud to have been the only aircraft that was able to take flight to support the flood efforts in Lyons.Falcon UAV Supports Colorado Flooding Until Grounded by FEMA
By Joshua Stults at 22:19
Wednesday, September 4, 2013
Here are pdfs for 9 volumes of ProtoLabs Design tips. They do low volume injection molding and rapid three-axis CNC machining.