How AMAZONE Cut Concept-to-Production Time from 1 Year to 3 Months
Discover how Dana Advanced Engineering used Simcenter Amesim to design the Spicer PowerBoost Hydraulic-Hybrid System, achieving up to 40% fuel savings and cutting development time by 5x.
Meeting global food demands requires complex agricultural machinery that delivers precise field performance without costly physical testing delays. AMAZONE modernized its engineering process by replacing trial-and-error physical prototypes with coupled finite element, multi-body, and hydraulic simulations. By simulating dynamic machine motions and structural flexibilities early in CAD and CAE workflows, engineering teams resolve design flaws virtually and accelerate precision machinery to market.
What You’ll Learn Inside This Case Study:
- Accelerate Time to Market: How cutting concept-to-production cycles from twelve months down to three or four months boosts competitive edge.
- Reduce Physical Prototyping: How high-fidelity virtual test tracks allow teams to cut physical prototype builds down to a single validation unit.
- Master Flexible Body Dynamics: How coupling multi-body system simulation with finite element analysis solves spray boom vibrations to ensure even field application.
- Identify Design Flaws Virtually: How evaluating complete machine dynamics in simulation uncovers physical issues before committing to hardware production.
This Case Study is Meant For:
Simulation Engineers, CAE Calculation Leads, Multi-Body Dynamics Specialists, Agricultural Equipment Designers, and Directors of Heavy Equipment Engineering.
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