Pumps, compressors, motors and other rotating machinery have to operate well over a range of conditions, meet government efficiency regulations, and run reliably over long lifetimes with minimal downtime for repairs. Siemens Digital Industries Software can help you gain better insight into rotating equipment for performance and efficiency, noise and vibration, and cooling than you can achieve with physical testing alone.
Pumps, compressors, motors and other rotating machinery have to operate well over a range of conditions, meet government efficiency regulations, and run reliably over long lifetimes with minimal downtime for repairs. Siemens Digital Industries Software can help you gain better insight into rotating equipment for performance and efficiency, noise and vibration, and cooling than you can achieve with physical testing alone.
Motor, pump, and compressor manufacturers face more competition than ever. New suppliers are coming into the market from low-cost countries, putting pressure on prices and your overall bottom line. To stay competitive, you need to innovate and differentiate your products from the commodities, and develop new capabilities that your customers value. Achieving innovation in a fast moving market for complex products is a challenge you need to overcome.
Simulation is a key to unlocking innovation, and doing it faster than your competition can. Simulation lets you quickly test new design ideas before ever cutting a physical prototype. This means you can rapidly evaluate many new design variants to find the right design for your application.
Physical testing still plays a role in order to meet regulations, but it is also used to validate and fine tune your simulation models.
Our solution delivers best-in-class CAE simulation, system simulation, and testing solutions as well as design exploration and analytics. Our simulation and test solutions help you gain better insight into rotating equipment for performance and efficiency, noise and vibration, and thermal management.
Explore the key areas of this solution.
Reduce noise and vibration with a comprehensive set of advanced vibration and acoustic simulation and testing solutions that help you predict dynamic and acoustic performance of your machine. Determine the source and transfer path of noise in machines that are already in the field.
Engineer the thermal performance of rotating machines from the earliest stages of development. Leverage our thermal and energy solutions at every step of development, 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 vibration with a comprehensive set of advanced vibration and acoustic simulation and testing solutions that help you predict dynamic and acoustic performance of your machine. Determine the source and transfer path of noise in machines that are already in the field.
Engineer the thermal performance of rotating machines from the earliest stages of development. Leverage our thermal and energy solutions at every step of development, from 1D systems modeling to 3D coupled thermal-fluid simulation of cooling systems, to simulation of how temperature will affect machine components.
Automatically build complex transmission models and accurately simulate vibro-acoustic performance
Utiliser la simulation aérodynamique dès le début du² processus de conception permet d'améliorer la qualité des turbocompresseurs tout en faisant d...
Rejoignez-nous pour un webinaire informatif et éducatif couvrant les spécificités de base des machines rotatives.
Machine builders can use intelligent performance engineering (IPE) to overcome challenges and excel.
