Use advanced imaging techniques to model full wave propagation and reconstruct high-resolution interior structures. Ideal for material characterization, geophysical exploration, and non-destructive testing.
Industries relating to
Imaging and inversion software
Earth & Planetary Sciences
In seismology, advanced numerical methods model the propagation of seismic waves in realistic geological media.
PT duct analysis: Automatically infer defect scenario scores using digital twin modelling and full-waveform inversion
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Ultrasonic non-destructive testing simulations of steel-lined concrete penstocks
Using low frequency ultrasonic arrays it is feasible to inspect through steel liners and and detect voids in concrete
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Ultrasonic non-destructive testing simulations of bridge hangar pins under load.
Phased array ultrasonic inspection of bridge hangar pins
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Non-destructive testing of a concrete retaining wall
Application of full waveform inversion to ultrasonic inspection data acquired on a concrete structure.
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Full-waveform near-surface site characterization
Enhance seismic imaging with Salvus’ full-waveform inversion, reducing risks and costs for engineering projects through advanced surface wave analysis.
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Studying ambient seismic noise with Salvus: modeling, monitoring and inversion
Leveraging ambient seismic noise, Salvus enables full-waveform inversion and fault monitoring for enhanced Earth structure analysis.
