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Results
Multiphysics simulation
Multiphysics simulation
See how Hybrid Quantum-Classical Finite Methods enhance accuracy for structural Impact Analysis
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Challenges
  • Maintaining simulation accuracy is essential  in highly non-linear material behavior, complex contact interactions, transient dynamics requiring small time steps, and potential mesh distortion from large deformations.

Results

BQP has tested the efficacy of the HQCFE Algorithms for partial differential equations using FEA on Quantum Annealer with IBM 27 Qubit Quantum Machine for structural impact of chassis

Error rates achieved were in the range of 10-3

The HQCFM advantage for Partial Differential Equation using FEA

  • Better parallelization of the FEA approach
  • Lower chance of divergence in stiff problems (Multiphysics and System-level)
  • Lower simulation time with a higher number of qubits

Efficacy of HQCFE algorithms

Error rate 10-3

‍

Better parallelization
Lower simulation time
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