Well plug stability under transient flow
Transient CFD of non-Newtonian multiphase flow in complex well geometries.
Outcome: Validated transient model and sensitivity ranges.
Case study →Services
Clear assumptions, validated models, and reporting that supports engineering decisions.
Modeling, sensitivity studies, and validation for complex flow and heat transfer problems.
Outcome: Decision-ready performance envelopes.
Design-space exploration for cooling layouts, pressure losses, and energy efficiency.
Outcome: Ranked options with trade-offs.
Purpose-built interfaces, solver modifications, and automation in OpenFOAM and Fluent.
Outcome: Faster studies with consistent results.
Transient CFD of non-Newtonian multiphase flow in complex well geometries.
Outcome: Validated transient model and sensitivity ranges.
Case study →Numerical study of subcooled boiling with advanced meshing and solver controls.
Outcome: Decision-ready thermal limits for hot spots.
Case study →Energy assessment for integrating concrete thermal storage with solar power generation.
Outcome: Comparative performance bounds.
Case study →Define requirements, boundary conditions, and decision criteria.
Build simulations, document assumptions, and quantify sensitivity.
Translate results into visuals, recommendations, and next actions.
Quick assessment of a flow or thermal issue with immediate next steps.
Detailed modeling, validation, and design recommendations for decision-makers.
Scopes adapt to your timeline and data availability.