Services

CFD and thermal analysis for decision‑critical design.

Clear assumptions, validated models, and reporting that supports engineering decisions.

Service areas

Outcome‑first support

CFD and thermal analysis

Modeling, sensitivity studies, and validation for complex flow and heat transfer problems.

Outcome: Decision-ready performance envelopes.

Design optimization

Design-space exploration for cooling layouts, pressure losses, and energy efficiency.

Outcome: Ranked options with trade-offs.

Solver and workflow development

Purpose-built interfaces, solver modifications, and automation in OpenFOAM and Fluent.

Outcome: Faster studies with consistent results.

Selected outcomes

Recent work
Multiphase flow • OpenFOAM

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 →
Boiling heat transfer • Fluent

Hot-spot boiling in nanofluids

Numerical study of subcooled boiling with advanced meshing and solver controls.

Outcome: Decision-ready thermal limits for hot spots.

Case study →
Energy systems

Thermal energy storage integration

Energy assessment for integrating concrete thermal storage with solar power generation.

Outcome: Comparative performance bounds.

Case study →

Process

Three clear steps
Step 1

Scope the decision

Define requirements, boundary conditions, and decision criteria.

Step 2

Model and validate

Build simulations, document assumptions, and quantify sensitivity.

Step 3

Deliver clarity

Translate results into visuals, recommendations, and next actions.

Concordia University
PhD Mechanical Engineering
Publications
Renewable Energy, Applied Sciences, JCSU
Tools
OpenFOAM, ANSYS Fluent, COMSOL

Engagement options

Right-sized support

Diagnostic sprint (1-2 weeks)

Quick assessment of a flow or thermal issue with immediate next steps.

Full study (3-8 weeks)

Detailed modeling, validation, and design recommendations for decision-makers.

Discuss scope

Scopes adapt to your timeline and data availability.

Contact