Predictive Performance Engineering for Heavy Equipment

Predictive Performance Engineering

The heavy equipment industry is at a critical juncture as manufacturers face more challenges than ever before. They must comply with emissions and safety regulations from multiple governments and organizations while incorporating the connected technologies that consumers demand.

Heavy equipment manufacturers must combine real-world simulation and IoT solutions to create the next generation of machines. Siemens’ solutions for Predictive Performance Engineering integrate multi-physics design, simulation, testing, and field data analytics into common and connected workflows to produce accurate results faster, and at a lower cost.

The heavy equipment industry is at a critical juncture as manufacturers face more challenges than ever before. They must comply with emissions and safety regulations from multiple governments and organizations while incorporating the connected technologies that consumers demand.

Heavy equipment manufacturers must combine real-world simulation and IoT solutions to create the next generation of machines. Siemens’ solutions for Predictive Performance Engineering integrate multi-physics design, simulation, testing, and field data analytics into common and connected workflows to produce accurate results faster, and at a lower cost.

Heavy Equipment Engineering - Industry 4.0

Heavy Equipment Engineers are challenged in today's market to be innovative and keep up with Industry 4.0. Siemens’ solutions for Predictive Performance Engineering enable manufacturers to implement a comprehensive digital twin to simplify the virtual design and verification process, leading to faster and more cost-efficient validation of real-world machine performance.

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Predictive Performance Engineering

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Heavy equipment technology drives design complexity

The need to improve safety, enhance sustainability, and meet consumers’ demands for increased connectivity has led to the development of exciting new heavy equipment technologies: autonomy, electrification, and connected worksites. With these new technologies, however, comes a higher level of engineering complexity and longer development times.

Maintaining a competitive edge in today’s farm and forestry, construction, and mining equipment markets will require manufacturers to find ways to integrate engineering disciplines, maximize reliability, accurately predict failures, and protect productivity without sacrificing profitability.

A competitive edge with Siemens’ solutions for Predictive Performance Engineering

Siemens’ solutions for Predictive Performance Engineering enable manufacturers to implement a comprehensive digital twin to simplify the virtual design and verification process, leading to faster and more cost-efficient validation of real-world machine performance. Siemens' solutions uniquely combine the best of the virtual and physical worlds through multi-physics modeling, seamless CAE automation, and integrated field data analytics, empowering heavy equipment manufacturers to plow ahead of the competition.

Predictive Performance Engineering

Funcionalidades de la solución

Ingeniería de rendimiento para maquinaria pesada

Los fabricantes de maquinaria pesada deben encontrar cómo dar solución a niveles de complejidad cada vez mayores y en constante aumento en relación con el diseño de máquinas, a la vez que mejoran los procesos de ingeniería. Las soluciones de simulación y test de Siemens contribuyen a mejorar la precisión de la ingeniería y la productividad del desarrollo para crear un gemelo digital completo y cumplir con los requisitos de calidad de los productos más sofisticados que se están fabricando hoy en día.

Ingeniería del rendimiento de máquinas para equipos pesados

La nueva norma para los fabricantes de maquinaria pesada es cómo dar solución a niveles de complejidad cada vez mayores y en constante aumento en relación con el diseño de maquinaria, a la vez que mejoran los procesos de ingeniería. Las soluciones de simulación y test de Siemens contribuyen a mejorar la precisión de los procesos de ingeniería y la productividad del desarrollo para ayudar a crear un gemelo digital completo y cumplir con los requisitos de calidad de los productos de maquinaria pesada más sofisticados que se están fabricando hoy en día.

IoT y análisis del ciclo de vida

Utilice el Internet de las cosas para recopilar información de maquinaria en el campo, la mina y la obra, el "duplicado físico". Combínelo con los conocimientos de ingeniería contenidos en la plataforma de innovación digital, el "gemelo digital", a fin de obtener la perspectiva necesaria para lograr una ventaja competitiva.