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eVTOLs and UAM Crashworthiness Certification

VTOL, eVTOL & UAM
FEA | CFD & AI Integration
Physics-Informed Neural Networks (PINNs)
Artificial Intelligence Analysis
eVTOLs and UAM Crashworthiness Certification, Ansys, Simulia, Siemens, Integrated FEA | CFD with Artificial Intelligence & Machine Learning
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Simulation Dynamics

Occupant safety is integral to the design, development, and operation of urban air mobility (UAM) systems. Emergency landing requirements in CFR & Certification Standards may not yet meet the stringent safety levels eVTOLs demand.

Successful UAM rollout requires emergency-landing concepts that match real-world expectations. An integrated safety process helps you:

  • ▶ Maintain survivable volume
  • ▶ Minimize deceleration loads
  • ▶ Preserve clear egress paths
  • ▶ Evaluate retention of mass items

Simulation Dynamics engineers optimize eVTOL crashworthiness from the conceptual stage using cutting-edge computational tools. We leverage multibody models and optimization to define integrated safety concepts for:

  • Landing gear & airframe crashworthiness
  • High-energy-absorbing seats & advanced restraints
  • Cabin subfloor structural design
  • Energy-absorbing take-off & landing sites
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