Air dynamics simulation of oil-free air turbo compressor
Factories and plants around the world are looking at how digital transformation can help them innovate in response to changing customer demands, the adoption of new technology and global competition.
To be competitive companies must use a range of innovative technologies to provide high-performing hardware with the lowest lifecycle cost.
Download our whitepaper to learn how Tamturbo Oy leveraged air dynamics simulation to achieve their goal of transforming oil-free technology into a global success story.
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Multi-physic simulation improves performance
Improving the performance of machines requires collaboration and simulation across a wide range of physics and disciplines under one umbrella. This gives you the ability to capture not only all the complexities of different types of physics but also enables multi-physics simulations around domains, including mechanical, electrical, and electronic systems.
Learn More: Intelligent Performance Engineering
Having the ability to develop a comprehensive model that shows the entire behavior and performance of the machine can provide tremendous insights into the design, thermo-structural integrity, component choice, forces and control, and supervisory logic. Being able to run hundreds of scenarios in simulation without involving prototypes or production systems ensures you have optimally dimensioned your machine, drives, motors, actuators, and other components.
Download our whitepaper to learn how Tamturbo Oy leveraged intelligent performance engineering to achieve their goal of transforming oil-free technology into a global success story.
