Tags :Workspace

AVL.Workspace.Suite.v2014.Linux.Win 1. Unpack, Burn/Mount and Install 2. Read inst-niso.nfo from /ISO dir Powerful multi-dimensional simulation platforms developed on the basis of AVL\’s engineering knowledge guide you to practical, application oriented solutions. AVL is providing a set of comprehensive simulation tools in a flexible and open environment enabling multi-disciplinary solutions as integral part of your powertrain development process. Fully validated state-of-the-art physical simulation models embedded in application specific simulation methods enable virtual prototyping on component and system level for most efficient combination of simulation, design and testing.Product:AVL.Workspace.Suite.v2014.Linux.win Lanaguage:english Platform:Win/Linux Size:2DVD

AVL Suite is AVLs commitment to continuous integration and compatibility of AVL software tools in all testing stages along the automotive development process.AVL Solution The AVL Suite enables consistent and user-friendly execution of testing tasks. Processes become more efficient through cross-product functions, aligned user interfaces and tools. Compatibility with products of other AVL Suite versions is ensured by AVL Life Cycle Management. This means productive systems can be extended later at low risk and at optimal cost. Maintenance, updates and modernization of testing facilities are easier to schedule and calculate over the entire system lifecycle. CARE customers benefit from the validation of the system within the customer specific environment. Your Benefits Transparency and availability: products “Certified for AVL Suite” are...

Design Explorer – Design of Experiments (DoE) and OptimizationDesign Explorer is an integrated tool of the AVL Workspace (AWS), which provides an easy to use workflow to define, run and evaluate DoE and optimization tasks with EXCITE or BOOST. It is a user-friendly and cost-efficient solution to investigate the dependencies between model parameters and simulation results and to improve the quality of the design by using one of the optimization algorithms. The main applications are: Parameter Identification Sensitivity Analysis Design Optimization For evaluation and post-processing of the results various table and graph views are provided (scatter plots, bubble plots, etc.). In the table view, the filters and sort functionality can be used to compare the results of the design studies....