The new norm for heavy equipment manufacturers is how to address massive, ever-increasing levels of complexity in machine design while improving the engineering process. Siemens helps you achieve high-performance design, simulation, and test, improving engineering accuracy and development productivity to address real industry issues.
The new norm for heavy equipment manufacturers is how to address massive, ever-increasing levels of complexity in machine design while improving the engineering process. Siemens helps you achieve high-performance design, simulation, and test, improving engineering accuracy and development productivity to address real industry issues.
Heavy equipment manufacturers are under constant pressure to deliver machines that provide ever increasing peak power, productivity, precision and ability to withstand harsh conditions. These attributes though must be met while design and manufacturing within multiple constraints including meeting global and local energy consumption targets, regulations and safety standards for human and machines
Designing a machine that combines all these requirements is a true challenge. Yet with today’s technological advancements, engineers have a large range of options at hand. They can experiment with new architectures for powertrain and drives, including electrification, as well as large numbers of mechatronic systems and controls, and explore revolutionary innovations in the field of digitization, such as smart behavior and autonomous operation.
The additional complexity though, is no longer manageable in classic verification-centric development processes. Instead, predictive methods, that effectively achieve ultra-realistic, multi-physics models and data by digitally integrating technologies, are necessary. Siemens uniquely integrates testing with scalable simulation technologies, allowing engineers to create the most comprehensive Digital Twin, to optimally balance the performance requirements of today’s complex heavy equipment products.
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The heavy equipment engineering industry is facing key challenges, such as demands for increased machine productivity, durability, comfort and increased fuel economy.
In the mechatronic evolution, mechanical, performance engineering and software development departments need to share more real-time information and knowledge to optimize the entire mechatronic system.
Accelerate product development and solve the toughest problems with scalable help from engineering and consulting services.
A tough and urgent issue for the heavy equipment industry is energy management, including fuel consumption, emission reduction, powertrain downsizing, hybrid and electrical alternatives, and overall thermal optimization.
Optimize noise and vibration performance to increase the comfort and safety of operators, passengers, and bystanders, and to comply with market-mandatory regulations.
Help your customers be more productive by delivering heavy equipment that can withstand higher loads while reducing downtime.
Un problème difficile et très urgent pour l'industrie des équipements lourds est l'économie de carburant et la gestion énergétique.
The heavy equipment engineering industry is facing key challenges, such as demands for increased machine productivity, durability, comfort and incr...
The heavy equipment engineering industry is facing key challenges, such as demands for increased machine noise and vibration (N&V) performance.
How is system simulation a key methodology to fulfill hydraulic systems requirements like energy efficiency, controllability, stability, and comple...
