AB Dynamics (ABDP), a supplier of advanced automotive test systems, has acquired simulation software specialist, rFpro. This acquisition is intended to strengthen ABDP’s position in the simulation-based verification market for vehicle dynamics, ADAS and autonomous vehicles
Browsing: Simulation
Product development, computing and data intelligence solutions company, Altair has acquired Cambridge Collaborative’s SEAM software, a high-frequency noise and vibration predictive technology
Simulation software company, MSC Software Corporation has enhanced the virtual prototyping capabilities of Adams, its flagship package for multi-body dynamics simulation
Cruden has completed the installation of an automotive driver-in-the-loop (DIL) simulator at the University of Texas at Austin (UT-Austin), one of North America’s best regarded research institutions
Advanced simulator manufacturer, Cruden plans to demonstrate the way in which driver-in-the-loop (DIL) simulators can be added to existing test environments and toolchains, at Automotive Testing Expo Europe 2019
The Chinese Automotive Technology and Research Centre (CATARC) has expanded its vehicle development capabilities with the acquisition of an immersive driving simulator
The Kempten University of Applied Sciences’ ‘Adrive Living Lab’ in Germany is installing an advanced vehicle driving simulator (aVDS) to help its automotive R&D teams develop autonomous systems. The team also plan to fit a real car steering system to the platform, from the steering wheel to the ball joints
Mechanical Simulation has released 2019.0 versions of its vehicle simulation tools to reflect the automotive industry’s move towards ADAS and AV technologies
Audi Motorsport has completed the installation of the DiM150 (driver-in-motion) dynamic driving simulation solution from VI-grade at its Neuburg site in Bavaria, Germany
Computer technology company, NVIDIA has chosen rFpro as a partner to provide a virtual environment for developing autonomous vehicles (AVs), which will enable engineers to physically model a vehicle’s interaction with the world, including its vehicle dynamics