A relic from long before the age of supercomputers, the 169-year-old math strategy called the Jacobi iterative method is widely dismissed today as too slow to be useful. But thanks to a curious, numbers-savvy engineering student and his professor, it may soon get a new lease on life.
Engineers and scientists from Pipistrel utilized HPC and technical computing resources to design...
The return of supersonic passenger travel may be coming closer to reality thanks to NASA’s...
Engineering turbomachines that routinely punch past the sound barrier will require more brain...
Mudslides. Landslides. Volcanic debris flows. Avalanches. Falling rocks... They can come along so suddenly that people, homes, roads and even towns are buried or destroyed without much warning. Recently, we've had dramatic reminders of this, such as the mudslide in Oso, WA, where 41 people died; an avalanche on Mt. Everest that killed 13 experienced Sherpas and another landslide event in Jackson, WY.
Doug Ball is enterprise director for computational fluid dynamics within Boeing’s Enterprise Technology Strategy. Ball provides strategic guidance and manages investments into CFD technologies across Boeing’s businesses. Earlier, he was chief engineer for all of aerodynamics within Boeing Commercial Airplanes.
First Commercial GPU-Accelerated Fluid Dynamics Solver Dramatically Speeds Simulation of Large Multiphysics ModelsFebruary 12, 2014 4:25 pm | by ANSYS | News | Comments
ANSYS users can now leverage NVIDIA graphics processing units (GPUs) to speed up fluid dynamics simulation and quickly handle large, complex simulation models. Available for the first time with ANSYS Fluent 15.0, the jointly developed GPU-accelerated commercial computational fluid dynamics solver broadens support for NVIDIA GPUs across the ANSYS simulation portfolio, building upon the previous success with GPU support in ANSYS Mechanical.
Designed for professional and educational use, 2DFlow is a program for visualizing flows induced by the distributions of point and line singularities such as vortices, dipoles and sources. It graphically illustrates the use of potential flow theory through a combination of background fluid flow and a variety of singularities to simulate a wide range of fluid mechanics problems
Researchers at Ford Werke GmbH have developed and deployed a new CAE process, which enables the optimization of the airflow through the cooling package of a vehicle using complex 3-D CFD analysis. The Ford team also demonstrated it could run these complex simulations fast enough to enable their use within the time constraints of a vehicle development project.
HPC experts from NAG and Imperial College London have implemented scientifically valuable new functionality and substantial performance improvements in the Incompact3D application. After the improvements, the simulations can now scale to 8000 cores efficiently, with a run time of around 3.75 days (wall-clock time)
SPH-flow is an innovative fluid dynamic solver based on a meshless, compressible and time-explicit approach. SPH-flow solver has been used in several industrial projects, including: impact forces of aircraft and helicopter ditching; free surface simulations of ship wake and wave fields...
Intelligent Light addressed the challenge of high volumes of CFD data using FieldView 14 data management and process automation tools. Intelligent Light contributed results from approximately 100 cases with more than 10,000 time steps, each to deliver a complete response to the workshop objectives.
HPC Innovation Excellence Award: National Institute of Supercomputing and Networking, Korea Institute of Science and Technology InformationNovember 20, 2013 2:58 pm | Award Winners
The National Institute of Supercomputing and Networking, Korea Institute of Science and Technology Information's EDISON (EDucation and research Integration through Simulation On the Net) Project established an infrastructure on the Web where users across the country could easily access and utilize various engineering/science simulation tools for educational and research purposes.
Stingrays swim through water with such ease that researchers from the University at Buffalo and Harvard University are studying how their movements could be used to design more agile and fuel-efficient unmanned underwater vehicles. The vehicles could allow researchers to more efficiently study the mostly unexplored ocean depths, and they could also serve during clean up or rescue...
HyperWorks Unlimited is a fully configured hardware and software appliance for computer-aided engineering (CAE). The managed private cloud solution offers unlimited use of all Altair software, including HyperWorks applications and PBS Works workload management tools.
IBM has announced the launch of Digital Delta, a breakthrough innovation program that will harness insights from Big Data to transform flood control and the management of the entire Dutch water system. Digital Delta will investigate how to integrate and analyze water data from a wide range of existing data sources.
Bottero has recently introduced the E-MOC, a completely new family of Mold Opening and Closing (MOC) mechanisms for the hollow glass industry. This complex project combined the innovation, in terms of mold movement (speed and precision), cooling system, maintenance facility (“top mounted”), and maintaining compatibility with previous standards.
Airworks Engineering, a multidisciplinary company for mechanical engineering, was facing the challenge of improving efficiency in converting wind energy into electrical power by optimizing the whole assembly of a wind power unit rotor. Experts in the firm's wind power unit, specialists in CAD and CFD professionals from different organizations were involved in a complex design scenario and needed to collaborate effectively.
This DOD High Performance Computing Modernization Program HPC innovation comprised a suite of cutting-edge computational efficiency enhancement methodologies applied to complex missile-related, aero-propulsive problems with combustion. These methodologies were integrated into CRAFT CFD and CRUNCH CFD, two CFD codes in widespread use by DoD to support missile design and evaluation
Engineers at Alenia Aermacchi utilized technical computing and scientific computing tools in the “Clean Sky” project to design a new generation of environmentally friendly aircraft. While seeking the most promising configuration, the engineers shaped two different wings to fulfill separately the two goals of enhancing aerodynamic performance and reducing the wing weight.
The CFD workflow and software developed by Intelligent light is benefiting small and medium size manufacturer Zipp Speed Weaponry. A direct consequence of the work was a rapid change in design direction to bring a revolutionary new racing wheel, “Zipp Firecrest,” to market.
Engineers at Computational Research Laboratories (CRL), a subsidiary of Tata Consultancy Services, developed an HPC-driven computational fluid dynamics (CFD) procedure aimed at adding realism to real-world wind tunnel data.
Intelligent Light has been recognized by International Data Corporation (IDC) with their HPC Innovation Excellence Award, presented at the SC12 supercomputing industry conference. IDC acknowledged the impact of the company’s work to develop computational fluid dynamics (CFD) workflows through the study of bicycle racing wheel aerodynamics.
By leveraging the advancements in available computational power, GE Global Research was able to model the unsteady flow physics in a turbine test rig. Previously, only the steady flow physics could be modeled.
HPC Innovation Excellence Award: United Technologies Research Center (UTRC)/NERSC Integrated Performance Monitoring (IPM)November 18, 2011 10:21 am | Award Winners
With the help of Integrated Performance Monitoring (IPM) and staff assistance from the Department of Energy's NERSC facility, United Technologies Research Center (UTRC) sped up a United Technologies-owned CFD code used to simulate multiphase flows. For the first time, this enabled the simulation of realistic fuel spray-related applications
Swift Awarded IDC Innovation Excellence Award for Next-gen Virtual Simulation Engineering and AnalysisNovember 16, 2011 2:51 pm | by Swift Engineering | News | Comments
Swift Engineering was awarded International Data Corporation’s (IDC) ‘Innovation Excellence Award’ at the annual Supercomputing 2011 conference in Seattle, WA, for its continued development of next-generation virtual simulation engineering and analysis for aerospace and motorsports vehicles.
The Microfluidics Module is an integrated environment for modeling microfluidic and rarefied flows. Based on COMSOL Multiphysics, the module is designed for researchers, engineers, and experimentalists in the fields of microfluidics and vacuum science
A new scenario describing a key step in the formation of the solar system has been proposed by researchers wherein Jupiter migrated towards the Sun to the position where Mars is today before beginning its outward migration to its current location. This is how the researchers explain the formation of the asteroid belt as well as other mysteries
Tecplot Chorus is a simulation analytics tool designed to discover trends and anomalies in computational fluid dynamics (CFD) studies and simultaneously gain insights into the underlying, fluid-dynamic phenomena that cause these variations
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