Computational Fluid Dynamics (CFD)
Computational Fluid Dynamics (CFD) is a powerful engineering tool used to simulate and analyze the behavior of fluids—such as air, water, and gases—and their interaction with surfaces and structures. By using advanced numerical methods, CFD allows engineers to predict flow patterns, pressure distribution, temperature changes, and aerodynamic or hydrodynamic forces before a design is built.
At Maxwell Consulting, we use high-fidelity CFD analysis to support smarter, safer, and more efficient engineering decisions. Our simulations help identify design improvements, reduce development costs, and ensure compliance with performance and safety requirements across marine, offshore, industrial, and building applications.
Our CFD capabilities include:
Aerodynamic and hydrodynamic analysis
Thermal and ventilation simulations
Flow optimization and pressure-loss assessment
Multiphase and turbulent flow modelling
FEA–CFD coupled analysis for advanced engineering challenges
CFD enables us to deliver reliable insights and optimized engineering solutions—backed by accurate, physics-based simulation.
Services we offer
Some of the key services we offer to our clients are:
• Flow Simulation & Analysis
We model fluid movement around structures, components, and systems to predict flow patterns, turbulence, and pressure distribution with high accuracy.
• Thermal & Heat Transfer Analysis
Detailed simulations of heating, cooling, ventilation, and thermal loading to ensure systems operate safely and efficiently.
• Aerodynamic & Hydrodynamic Studies
Assessment of drag, lift, resistance, wake formation, and hydrodynamic forces for vessels, offshore structures, pipelines, mechanical systems, and industrial equipment.
• Ventilation & HVAC Performance Modelling
CFD-based analysis of airflow, temperature distribution, and indoor environmental quality to optimize HVAC design and energy efficiency.
• Multiphase & Complex Flow Modelling
Simulation of gas–liquid interactions, spray behaviour, sediment transport, slurry flow, and other advanced multiphase systems.
• Pressure Drop & Flow Optimization
Evaluating flow resistance in ducts, piping, valves, and mechanical systems to improve efficiency and reduce operational costs.
• Coupled FEA–CFD Analysis
Integration of fluid dynamics with structural simulations for fatigue assessment, vibration response, and structural safety under fluid loads.