Numerical Modeling & Soil Structure Interaction
At M2, numerical modeling is at the heart of how we bridge theory and field performance. We develop high-fidelity models that simulate soil behavior, seismic loads, and structure-ground interaction, allowing our clients to make informed, risk-mitigated decisions before construction begins.
Advanced Analysis Capabilities Include:
Finite Element & Finite Difference Modeling
We apply advanced FEA/FDM tools to simulate geotechnical problems with nonlinearity, complex geometries, and coupled behaviors.
Seismic Soil-Structure Interaction (SSI)
Modeling dynamic interactions between foundations and superstructures to optimize seismic design and performance.
Deep Excavation & Retaining Wall Simulations
Evaluation of support systems under active/passive pressures and ground movements during staged construction.
Settlement & Deformation Predictions
We use constitutive soil models to forecast short- and long-term settlements under various load conditions.
Liquefaction & Lateral Spreading Modeling
High-resolution simulations of seismic-induced deformation to guide mitigation and structural detailing.
Slope & Landslide Analysis
Coupled static and seismic analysis of natural and engineered slopes using limit equilibrium and numerical approaches.
Pavement and Embankment Performance
Modeling the geotechnical behavior of linear infrastructure under dynamic loading and environmental influences.
Noteworthy Projects
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