Engineering tomorrow’s advanced production machines requires a new engineering approach. Mechanical, electrical, electronics, and software system performance all must come together and exceed your customers’ expectations. Our advanced simulation and test solutions can help you engineer, simulate and virtually commission advanced machines from concept to validation to in-service deployment.
Engineering tomorrow’s advanced production machines requires a new engineering approach. Mechanical, electrical, electronics, and software system performance all must come together and exceed your customers’ expectations. Our advanced simulation and test solutions can help you engineer, simulate and virtually commission advanced machines from concept to validation to in-service deployment.
Machines today are much more complex, and success as a machine manufacturer depends on your ability to address the massive amount of complexity in machine design. When engineering a machine, you need to consider how your machine will perform structurally, mechanically, under heat conditions, for noise and vibration, for hydraulics, and how software and control systems impact performance of the mechanical system. Solely relying on testing of physical prototypes is far too costly and impractical, and so simulation is becoming a critical tool in machine performance engineering.
Engineer innovations faster and with greater confidence by accurately predicting performance of complex machines during design with simulation, by closing the loop by validating simulation results with limited tests and end-user product use. To successfully combine mechanical functions with electronics, software and controls, you’ll need a development approach that overcomes the shortcomings of traditional processes, such as the separate workflows for simulation and testing, and the recurrent physical prototyping.
A digital twin will help you be more effective in achieving the right balance between various requirements. Additionally, a true digital twin remains in-sync, and lets performance optimization continue after delivery, allowing smart functionalities.
Our holistic simulation and test offering fully covers all capabilities you require to build and maintain a digital twin. It combines multidisciplinary design exploration, engineering simulation and test with intelligent reporting and data analytics to help you predict real product behavior throughout the entire product lifecycle.
Explore the key areas of this solution.
Reduce noise and improve performance with a comprehensive set of advanced vibration and acoustic simulation and testing solutions that can help you earlier predict the dynamic and acoustic performance of your machine, as well as determine the source and transfer path of noise in machines that are already in the field.
Develop smarter machines that understand requirements and deliver intelligent solution while radically reducing manufacturing waste and energy consumption
Improve machine life and reliability with a complete and effective durability engineering process, from high-quality, automated load data acquisition and target setting, to load prediction on full product level, to stress and lifetime behavior assessment of components.
Improve your heat management systems with thermal and energy solutions that can help you at every step of the development process, from 1D systems modeling to 3D coupled thermal-fluid simulation of cooling systems to simulation of how temperature will affect machine components.
Reduce noise and improve performance with a comprehensive set of advanced vibration and acoustic simulation and testing solutions that can help you earlier predict the dynamic and acoustic performance of your machine, as well as determine the source and transfer path of noise in machines that are already in the field.
Improve machine life and reliability with a complete and effective durability engineering process, from high-quality, automated load data acquisition and target setting, to load prediction on full product level, to stress and lifetime behavior assessment of components.
Improve your heat management systems with thermal and energy solutions that can help you at every step of the development process, from 1D systems modeling to 3D coupled thermal-fluid simulation of cooling systems to simulation of how temperature will affect machine components.
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