SimBlue Marine
SimBlue Marine
Advanced acoustic analysis and simulation for marine vessels.
Underwater radiated noise (URN) from commercial and small vessels has emerged as a critical environmental pollutant affecting marine ecosystems and requiring urgent regulatory and engineering attention. SimBlue Marine offers specialized consulting services in URN reduction using advanced in-house multi-physics tools. Leveraging research facilities at the UBC and high-performance computing via Compute Canada, we deliver tailored multi-physics modeling services for both design and operational stages of vessel life cycles.
High-level overview of digital twin framework analyzing the contractive impact of fuel consumption and acoustic footprint from ships through integrated performance modeling and environmental assessment.
In-house variational multiphysics solver to accurately models the tip vortex cavity and fluid-structure interaction.
Noise source surrounding propeller using Permeable Ffowcs Williams-Hawkings(FW-H) surface.
Dynamic 3D real-time underwater acoustic propagation mapping of a moving source, featuring transmission loss visualization and environmental parameter integration for continuous noise impact assessment.