Mondaic provides waveform simulation and inversion software, Salvus, for complex modeling challenges across acoustics and seismology. Their tools enable accurate simulation of wave propagation through heterogeneous digital twins for engineering design and research. The company offers software licensing and expert consulting services to deliver physics-informed insights.
Funding
Funding not disclosed
Founders
Product
Problem
Simulating and analyzing mechanical and sound wave behavior across diverse spatial scales often requires computationally intensive methods. Existing solutions may lack the speed, accuracy, and flexibility needed for applications like nondestructive evaluation and borehole acoustics.
Solution
Mondaic offers Salvus, a high-performance software suite designed for full waveform modeling and inversion of mechanical and sound waves. Salvus enables fast, accurate, and flexible simulations across various spatial scales, addressing the need for efficient analysis and inversion. The software includes a comprehensive toolbox covering meshing, model building, data management, and full waveform inversions.
Target Audience
Mondaic's primary customers include researchers and engineers in fields such as nondestructive evaluation, borehole acoustics, and seismology who require advanced simulation and inversion capabilities.
Features
- High-performance computing for rapid simulation of wave propagation
- Full waveform modeling for accurate representation of wave behavior
- Comprehensive meshing tools for preparing simulation geometries
- Integrated model building capabilities for defining material properties and source characteristics
- Data management tools for organizing and processing simulation results
- Full waveform inversion algorithms for reconstructing subsurface properties from measured data