streszczenie dla kadry zarządzającej

The future of heavy equipment performance engineering

An increase in environmental regulations and functionality requires heavy equipment manufacturers to modernize their development procedures. So what tools and methodologies can manufacturers use to aid their development process and ensure they remain competitive? Read this executive brief for a quick overview of how combining simulation, testing and MBSE is the key to the future of heavy equipment performance engineering.

Model-based systems engineering allows companies to collaborate seamlessly

Model-based systems engineering (MBSE) involves a more disciplined digital approach. By moving from document-based to model-based program management methods, companies can collaborate seamlessly, both internally and with suppliers and customers.

Accelerate performance validation using configuration management

How your data, models and configurations are managed is key to the successful deployment of an MBSE approach within your organization. Configuration management allows you to accelerate performance validation, capitalize on the engineering work undertaken to realize the digital twin and guarantee model consistency and traceability across your enterprise.

Review the latest brief and learn how an MBSE approach throughout the development cycle allows heavy equipment manufacturers to cost-effectively handle complex innovation programs.

Udostępnij

Powiązane treści

Być może zainteresuje Cię również...

Predictive performance engineering for heavy equipment

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 lower costs.