The AVL FLOWSONIX™ Air determines the intake air mass flow with high accuracy, huge turn-down ratio and fast response time.
The combination of AVL Fuel Balance and AVL Fuel Temperature Control is a high precise fuel consumption measurement and conditioning system.
Besides intelligent measuring technique and automation, the mechanical automation of testbeds can increase productivity by minimizing the setup and testbed downtimes and by enhancing the quality of the results due to an appropriate design.
Supporting the task of durability development and fatigue strength assurance is a vital step during the process of creating a new engine and engine components. The goal is to ensure, with the smallest possible testing effort, the lowest possible number of warranty claims and lifecycle cost once the vehicle is launched on the market.
The increasing complexity of modern powertrains is placing increasing demands on the Instrumentation and Test Systems. Parallel development activities of key powertrain components (combustion engine, hybrid engine, transmission, etc.) require transmission and drivetrain testing activities at the earliest possible stage. Validating the drivetrain in an early development phase requires test methods where as much system functions as possible can be tested without the combustion engine and...
The increasing complexity of modern powertrains is placing increasing demands on the Instrumentation and Test Systems. Parallel development activities of key powertrain components (combustion engine, hybrid engine, transmission, etc.) require transmission and drivetrain testing activities at the earliest possible stage. Validating the drivetrain in an early development phase requires test methods where as much system functions as possible can be tested without the combustion engine and...
The increasing complexity of modern powertrains is placing increasing demands on on the Instrumentation and Test Systems. Validating the powertrain in an early development phase requires test methods where as much system functions as possible can be tested without proving ground tests. Therefore it is mandatory to test available components as soon as possible to improve durability, functionality and performance. The Test System must be flexible to develop various transmission types: Manual...
The increasing complexity of modern powertrains is placing increasing demands on the Instrumentation and Test Systems. Validating engine and transmission in an early development phase requires test methods where as much system functions as possible can be tested without proving ground tests. Therefore it is mandatory to test available components as soon as possible to improve durability, functionality and performance. The Test System must be flexible to develop various transmission types:...
The increasing complexity of modern powertrains is placing increasing demands on System Integration in an early development stage. Development engineers need Test Systems to test powertrains in a virtual environment without having a prototype vehicle. System Integration in the virtual environment has to consider typical functional aspects from road tests where system operation effects how driver interacts with vehicle (powertrain) effects how drive cycles activate, operate and stress the...
Supporting the task of durability development and fatigue strength assurance is a vital step during the process of creating a new engine and engine components. The goal is to ensure, with the smallest possible testing effort, the lowest possible number of warranty claims and lifecycle cost once the vehicle is launched on the market.
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