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This is a Validation Study study.

Accelerating 3D Seismic Wave Simulations on ARM Using a Hybrid Half-Precision and Scalable Vector Extension Approach

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Results show improved computational grids in real-world earthquake simulations, indicating better earthquake hazard assessment capabilities.

Real-world earthquake simulation achieved a 3× computational speedup using the FP16-SVE hybrid approach, enhancing seismic simulation efficiency.
Seismic hazards can be better assessed thanks to advancements in memory efficiency and computational capabilities of the new solvers.
Implementation of hybrid solvers on ARM platforms has significantly reduced memory consumption while maintaining accuracy in seismic scenarios.
The approach addresses memory challenges and highlights the importance of FP16 and SVE in improving computational performance.

Wang et al. (2025) studied this question.

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Results show improved computational grids in real-world earthquake simulations, indicating better earthquake hazard assessment capabilities.