Tags :AVL

AVL.Simulation.Suite.2018a 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.Simulation.Suite.2018a Lanaguage:english Platform:Winxp/WIN7 Size:2DVD

AVL CRUISE M 2015.2AVL List GmbH, specializes in engine and powertrain development, has released update (SP2) of CRUISE M 2015, is designed for model-based system development, seamlessly integrating high-quality, realtime-capable subsystem models of engine, driveline, 1D fluid flow, aftertreatment, electrical and control system domains. AVL CRUISE M – a vehicle system simulation platform that is a highly convenient and versatile tool throughout the development process: from traditional fuel efficiency, emissions and performance analyses to entire vehicle thermal and energy management assessment in the office and to validation and calibration on realtime HiL and test systems. AVL CRUISE M brings the advantages of multidisciplinary system simulation closer to you and makes your work easier.Product:AVL CRUISE M 2015.2 Lanaguage:english Platform:Win7/WIN8 Size:1DVD

AVL.CRUISE.M.2015AVL CRUISE M Engine AVL CRUISE M Engine is at the heart of the entire multi-disciplinary model-based development solution. It focuses on system level realtime engine simulation which can be used over the entire vehicle development cycle. AVL Approach Our goal is to support development with an integrative, open and consistent simulation approach, enabling the re-use of high-quality models. Besides traditional system engineering office applications, AVL CRUISE M Engine introduces seamless control function development and calibration from MiL to SiL to HiL. Modularity with scalable model fidelity and an open integration concept enable the re-use of highly mature, realtime-capable office models in an advanced model-based system development approach. Benefits at a Glance Scalable engine modeling depth from surrogate to physical...

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

Vehicle System and Driveline AnalysisAVL CRUISEAVL CRUISE is the industry\’s most powerful, robust and adaptable tool for vehicle driveline system analysis. The application field covers fuel efficiency, driving emissions, vehicle performance analyses along vehicle development process form concept to system with re-use of the plant model in HiL and testing environments. Exhaust Gas AftertreatmentThe AVL Aftertreatment simulation suite, consisting of the tools AVL BOOST, AVL CRUISE and AVL FIRE®, is a uniquely open and scalable solution that enables the consistent modeling of all physics and chemistry relevant to exhaust gas aftertreatment systems during all stages of the development process.Read More About Exhaust Gas AftertreatmentSimulation for ElectrificationThe simulation of vehicles with different levels of electrification (from HEV to PEV), the optimization...

Multi-disciplinary System Simulation The challenge of mastering the increasing speed and complexity of the vehicle development process requires simulation-based methods with a high level of integration with test systems. Our goal is to support development with an integrative, open and consistent simulation approach, enabling the re-use of high quality models. AVL Solution The multi-disciplinary vehicle system simulation platform AVL CRUISE M is designed for model-based system development, seamlessly integrating high-quality, realtime-capable subsystem models of engine, driveline, 1d fluid flow, aftertreatment, electrical and control system domains. The numerical solver is tailored exactly for efficient multi-physics vehicle system simulation. It is combined with a highly flexible, multi-detail level modeling approach, open to 3rd party tools and interface standards (FMI). This allows for...

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...

AVL Workspace OPTIMUS for AVL Workspace automates the creation of a workflow that contains any AVL Workspace tools, BOOST, EXCITE, etc. Rather than defining manually substitution and extraction rules of design variables and output results, the user setup the input parametrization of his model in the AVL Workspace Software, define design outputs in the AVL Workspace Impress Chart. Thanks to a tight integration of OPTIMUS with the AVL Workspace Software, the user can then easily create OPTIMUS workflow by clicking on the Launch OPTIMUS button available under the optimization menu of all AVL Workspace Software. OPTIMUS automatically modifies the AVL Workspace design parameters, generates and updates the underlying files and extracts the result outputs (scalar and vectors) to be used...

OPTIMUS for AVL Workspace 2011 automates the creation of a workflow that contains any AVL Workspace tools, BOOST, EXCITE, etc. Rather than defining manually substitution and extraction rules of design variables and output results, the user setup the input parametrization of his model in the AVL Workspace Software, define design outputs in the AVL Workspace Impress Chart. Thanks to a tight integration of OPTIMUS with the AVL Workspace Software, the user can then easily create OPTIMUS workflow by clicking on the Launch OPTIMUS button available under the optimization menu of all AVL Workspace Software. OPTIMUS automatically modifies the AVL Workspace design parameters, generates and updates the underlying files and extracts the result outputs (scalar and vectors) to be used in...

The crankshaft is one of the main enginecomponents directly affected by the permanentdemand for increased specific output of combustionengines. In order to achieve reliable designs,simulation tools providing accurate results arerequired to analyze crankshaft dynamics behaviorand durability.AVL EXCITE Power Unit has proven its ability tocalculate results close to the real ones in manyprojects and when compared with experimentalresults. The use of two distinct categories ofcrankshaft 3D dynamic models is offered: either acondensed volumetric FE model obtained by combined static and dynamic reduction using commercialFE solvers or a novel modeling technique developed by AVL, the crankshaft ‘structured model’. For thelatter a fully automated procedure for the model set up starting from CAD has been implemented.Product:AVL EXCITE Fatigue 5.4 Lanaguage:english Platform:Winxp/Win7 Size:319MB