AVL Simulation Suite 2020 R1

With decades of experience, AVL provides a wide range of solutions for developing and testing modern powertrain systems, from test beds for optimizing internal combustion engines, to test systems for all components in an electrified powertrain, to roller testbeds for full vehicle development and testing. AVL is the only company in the world to combine competence in powertrain design with compe-tence in state-of-the-art measurement and testing technology. Many instruments and test systems are already based on the AVL Open Development Platform, which considerably boosts the ef-ficiency of the testing process. Using numerous shared software and hardware technologies, AVL test systems delivers consistent, comparable results that significantly help lower development times and costs. This makes them an ideal, integrated tool chain for de-veloping efficient and environmentally friendly powertrains.
The unique power of AVL Advanced Simulation Technologies is derived from the systemic netting of single simulation results to integrated, multidimensional simulation platforms on the basis of AVL's deep engineering expertise. Those simulation platforms address the key tasks of the powertrain development process. The close loop with measurement enables a very early verification of testing data and the significant reduction of test efforts. Used on their own, or combined with other methodologies and third-party tools, they support OEMs in the creation of market-leading products that meet global legislation:
AVL BOOST is a fully integrated IC engine simulation software. It delivers advanced models enabling accurate prediction of engine performance, tailpipe emissions and acoustics.
AVL CRUISE is a flexible vehicle driveline simulation solution, supporting a wide range of applications. These include the analysis of the powertrain concept in the office environment as well as real time applications, such as Hardware-in-the-Loop (HiL), Software-in-the-Loop (SiL) and testbed plant models.
AVL CRUISE M is a multi-disciplinary vehicle system simulation tool. It can be used in the office for powertrain concept analysis, sub-system design and virtual component integration. Alternatively it can be put to use in HiL (Hardware-in-the-Loop) environments for control function development and in testbed environments.
AVL EXCITE is an innovative rigid and flexible multi-body dynamics software solution for powertrain analysis. This powertrain development tool calculates the dynamics, durability, vibration and acoustics of combustion engines, transmissions and entire ICE-based or electrified powertrains.
AVL FIRE is the leading computational fluid dynamics (CFD) simulation package for the Internal Combustion Engine. And in the era of new drive technologies, it is a powerful tool in the development of major components in the electrified powertrain. Designed to accurately simulate relevant physics and chemistry, it has a wide range of uses. These include the prediction of fuel sprays, ignition, combustion and engine-out emissions as well as tailoring components of exhaust gas aftertreatment systems, but also the modelling of electrochemistry and thermal behaviour of batteries and fuel cells.
AVL FIRE M is new, unique computational fluid dynamics (CFD) simulation solution supporting the development of both conventional and electrified powertrains. FIRE M offers cutting edge turbulence modelling accounting for the complexity of real flows and grid independent heat transfer modelling, enabling the accurate computation of single and multi-phase flows, heat transfer between arbitrary fluid and solid domains and temperatures in structures. It also allows computing electromagnetic fields and the electro-thermal behavior of batteries. The generation of computational models is possible with little effort.
AVL TABKIN is a powerful combustion module enhancing CFD simulation results whilst shortening turn-around time. Chemistry tabulation is the most cost-effective way to include detailed chemistry in CFD simulations. AVL TABKIN embodies more than a decade of experience with chemistry tabulation for combustion applications.
Model.CONNECT improves development efficiency by interlinking simulation models into a consistent virtual prototype. As part of our integrated and open development platform, it achieves this regardless of the tools they were created with. Model.CONNECT empowers informed decision-making by connecting models and know-how from different departments in a secure and reproducible way. It can be used in a wide range of development projects, and is ideal in areas such as thermal management, RDE, vehicle dynamics and ADAS/AD.
AVL SPA is the ideal solution to assess and optimize driveability and shift strategy offline, using more than 30 objective assessment criteria for a detailed analysis. AVL SPA visualizes the effects of calibration changes, which allows you to easily control the brand-specific driveability of a single vehicle or the entire fleet. It reduces workload and manpower requirements as well as the need for prototype vehicles and environmental tests. Thus, SPA increases product quality while reducing time and cost.
AVL CRUISE M - How to run a simulation and review results










AVL is the world's largest independent company for development, simulation and testing technology of powertrains (hybrid, combustion engines, transmission, electric drive, power electronics, batteries, fuel cells and software) for passenger cars, commercial vehicles and large engines.[/center]

Founded in 1948 by Hans List, the father of the current chairman and CEO Helmut List, AVL now registers 8,050 employees (3,450 in the headquarters in Graz, Austria) with 45 affiliates worldwide. AVL is committed to turning pioneer achievements into world class products and processes which results in 10% of the turnover going into company financed research.
Product: AVL Advanced Simulation
Version: Suite 2020 R1 *
Supported Architectures: x64
Website Home Page : www.avl.com
Language: english
System Requirements: PC **
Supported Operating Systems: **
Size: 21.6 Gb


BOOST
BOOST 3D
BOOST HYD
CRUISE
CRUISE M
IMPRESS 3D
EXITE Acoustics
EXITE Piston&Rings
EXITE Timing Drive
EXITE Valve
EXITE Designer
EXITE Power Unit
FIRE CAD
FIRE DVI
FIRE ESE
FIRE FAME
FIRE Spray Data Wizard
FIRE Workflow Manager
FIRE M
TABKIN
TABKIN POST
Model CONNECT
SPA
Design Explorer
IMPRESS Chart
IMPRESS xD
IMPREES xD Dashboard
AVL Simulation Desktop


Hardware Requirements
The recommended hardware requirements for Linux and Windows are:
Processor(s) recent x86 or x86_64 processor architecture
Main Memory >= 8 GB*
Graphic Card hardware OpenGL & Direct-X support / 2 - 4 GB
Storage >= 256 GB Solid State Drive
* AVL Workspace and FIRE : approx. 100 MByte per 100,000 cells to calculate
Below is an example (standard and high performance) configuration used for internal testing:
Standard:
Processor(s) Intel Core i7-4770 Processor (3,4GHz Turbo, 4C HT, 8MB)
Main Memory 16GB (4x4GB) 1.600MHz DDR3 without ECC
Graphic Card 2GB NVIDIA Quadro K2000
Storage 512GB SSD
High Performance:
Processor(s) 2x Intel Xeon E5-2640 v3 Processor (2,6GHz, 8C, 20MB Cache)
Main Memory 64GB (4x16GB) 2.133MHz DDR4 RDIMM ECC
Graphic Card Nvidia Quadro K4200 4GB
Storage 256GB SATA SSD
Additional Drive: 512GB SATA SSD
MS Windows Versions used for tests
- MS Windows 10 1607 (Build: 14393.2363)
- MS Windows 10 1709 (Build: 16299.547)
- MS Windows 7 6.1 SP1 (Build: 7601)