Current Challenges in automotive CAE - Call for Papers for the automotive CAE Grand Challenge 2018
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Impact simulations for high speed helicopter Racer
CAE News |
Read more … Impact simulations for high speed helicopter Racer
Survey for the identification of the current challenges of automotive CAE
CAE News |
Read more … Survey for the identification of the current challenges of automotive CAE
Deep Learning Framework for automated interpretation of 3D data
CAE News |
Read more … Deep Learning Framework for automated interpretation of 3D data
TECOSIM is researching automotive windows made of plastic
CAE News |
Read more … TECOSIM is researching automotive windows made of plastic
Fraunhofer IFAM develops measuring equipment for thermal conductivity at high temperatures
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asc(s simpulseday Consistent Workflows for Simulation 4.0 September 21, 2017 in Gerlingen, Germany
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In September we have identified the 7 most critical, current challenges of automotive CAE through a survey among the CAE experts of the international automotive industry. These also form the topics of the sessions of the 10th Automotive CAE Grand Challenge, which will be held in Hanau on 17 and ...
Lightweight Design for Tomorrow's Mobility - Electrification | Automated Driving | Additive Manufacturing. This is the central theme of the »Automobil Industrie«-Lightweight Design Summit on March 13 and 14, 2018 in Wuerzburg, Germany. Be part of the Lightweight Design Summit and register to receive automatically email updates. Impressions of the Summit 2017 can be found
At the Paris Airshow, Airbus Helicopters presented in June the model of the new high-speed helicopter "Racer". The demonstrator, created in the European aeronautics research program Clean Sky 2, is scheduled to launch its first flight in 2020.
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Siemens plans to acquire TASS International, a provider of simulation software, engineering and test services for the automotive industry. TASS International specializes in autonomous driving, integrated safety, advanced driver assistance systems and tire modeling.
The capture of large structures with cameras or laser scanners creates huge amounts of data. A newly developed »deep learning framework« by Fraunhofer IPM now automatically evaluates such image and 3D data.
Together with universities and industry partners, Tecosim has launched the research project SimPlex. The aim of the two-year project is the development of a simulation methodology for calculating the crash behavior of automotive glazing made of plastic.
The determination of the thermal properties of materials is essential in many technical applications. Thermal conductivity in particular has a direct effect on all thermal applications of materials.
The future of small and medium-sized suppliers to the automotive industry lies in the digital development process. Since the first use of virtual simulation techniques in large automotive companies in the 1980s, numerical simulation has become an equal partner to design and testing with high forecast quality and can replace physical prototypes.
