Today sees the release of STAR-CD V4.02, the second major release
of STAR-CD V4, CD-adapco's flagship simulation tool for
Computational Continuum Mechanics and Computational Fluid Dynamics.
Since its first release 20 years ago, STAR-CD has established a reputation for versatility and is unrivaled in its ability to tackle problems involving multiphysics and complex geometries. In the latest release, STAR-CD V4.02 enhances this reputation further with an improved meshing process and the ability to simulate physics till now beyond the reach of mainstream CFD technology.
STAR-CD V4.02 provides direct access to the latest automatic surface cleaning and mesh generation technology from within a single integrated environment. This technology, pioneered in sister code STAR-CCM+, has proved exceptionally popular with users and, in many cases, reduced the time-to-mesh from days to hours.
“Our polyhedral mesh technology is now more powerful than ever before”, says Product Manager Dr Riaz Sanatian. “The combination of high quality automatic polyhedral mesh generation and efficient solver technology will provide you with improved ease-of-use, faster turnaround times and increased solution accuracy, for all classes of flow, in all application areas.”
STAR-CD V4.02 also pushes back the boundaries of CFD by introducing a number of key multi-physics capabilities that are available for the first time in a general purpose CFD code. Much more than just a CFD code, CD-adapco's solver technology allows users to simulate flow, thermal and stress problems in a single solver, using a single computational mesh, without the hassle of solution mapping or data transfer.
“These capabilities will rapidly mature and open the door to routine analysis of a range of applications, such as strongly-coupled fluid/solid interaction problems and mold-filling, that were either very difficult or impossible to solve before”, says Dr Sanatian.
STAR-CD V4.02 is available on request from CD-adapco’s User Services site or your local CD-adapco office. For more information, please visit:
Date: December 20, 2006