Innovación y gestión de programas colaborativa y sincronizada para nuevos programas
Machinery manufacturing is becoming far more complex as increased integration with software and electrical systems of machines are combined with their manufacturing environment. Our intelligent Performance Engineering solution can help automate the processes of sharing information between design teams, analysts, production test teams, and service engineers. This allows teams to evaluate the capabilities and limitations of product variations in the most efficient way for machine manufacturers.
Machinery manufacturing is becoming far more complex as increased integration with software and electrical systems of machines are combined with their manufacturing environment. Our intelligent Performance Engineering solution can help automate the processes of sharing information between design teams, analysts, production test teams, and service engineers. This allows teams to evaluate the capabilities and limitations of product variations in the most efficient way for machine manufacturers.
Manufacturers face the possibility of major disruptions to operations and risk the possibility of drowning in complexity as they try to address the need for more customized machines with disconnected siloed and manual processes. Our Intelligent Performance Engineering solution focuses on improvements in simulation, design, and connectivity for machine builders including:
Improving the performance of smart machines requires multidisciplinary collaboration and simulation across a wide range of physics and disciplines under one umbrella. Giving you the ability to capture the complexities of different types of physics and enables multi-physics simulations around domains.
Designers and simulation engineers can use a primary model concept of the same models across tools and keep simulation data in sync with design. Allowing libraries of components built over decades to easily be used to simulate various what-if scenarios in the early design phase.
Closed-loop processes can validate simulations by capturing and validating the relationships between requirements, including the functional layout of the machine, the logical implementation of the automation code, and the physical implementation of the module.
Disponga de información de sus máquinas rotatorias, como bombas, compresores y motores, y sobre rendimiento y eficiencia, ruido y vibración, y refrigeración, mucho más precisa de la que tendría solo con la realización de pruebas.
Acceda a un conocimiento mejorado de los sistemas HVAC en términos de rendimiento y eficacia, ruidos y vibraciones y refrigeración, respecto al que se puede alcanzar solo a través de pruebas físicas.
Combine diverse data sources and fragment information to help your customers influence design, product innovation, and improved performance from design and development of the machine to end customer use.
Engineer tomorrow’s advanced production machines require that mechanical, electrical, electronics and software systems are connected. Allowing you to engineer, simulate and virtually commission advanced machines from concept to in-service deployment.
Engineer tomorrow’s advanced production machines require that mechanical, electrical, electronics and software systems are connected. Allowing you to engineer, simulate and virtually commission advanced machines from concept to in-service deployment.
Balance Productivity & Energy Efficiency of Industrial Machinery
Machine builders can use intelligent performance engineering (IPE) to overcome challenges and excel.
Manufacturing technology is full of moving parts. From design to simulation and ultimately production, physical changes to any part of the process ...