Technical Capabilities

Core Expertise

Advanced CFD capability for engineering, research and complex flow problems, from applied aerodynamics and wind engineering to turbulence-resolving simulations and tailored numerical workflows.

Field 01

Applied Aerodynamics

We provide advanced CFD analysis for applied aerodynamics across aerospace and automotive engineering. Our work supports design validation, aerodynamic optimisation, and research-grade flow investigations, helping teams translate simulation insights into measurable performance improvements.

Key Deliverables

  • External aerodynamic performance analysis
  • Drag reduction and lift balance optimisation
  • Boundary layer and flow separation analysis
  • Wake dynamics and vehicle interaction studies
  • Transient aerodynamic behaviour and flow stability evaluation
  • Underbody and diffuser flow development
  • Design optimisation and performance refinement through high-fidelity CFD simulations
CFD vortex structures and surface flow around a passenger vehicle.
External Aerodynamics / Wake Structure

Field 02

Wind Engineering

We provide CFD simulation to support the design and assessment of buildings, urban environments, and infrastructure. Our simulations help evaluate wind impacts, improve environmental performance, and support compliance with planning and engineering standards.

Key Deliverables

  • Urban wind environment modelling
  • Building aerodynamics and pedestrian wind comfort analysis
  • Wind load assessment for structures
  • Natural ventilation and airflow optimization
  • Pollutant and dispersion analysis
  • Atmospheric boundary layer simulation for realistic wind conditions
CFD streamlines and pressure contours around a tall building with facade fins, showing separated wake flow.
Built Environment / Pressure and Flow Field

Field 03

Advanced Turbulence Modelling

Turbulence modelling is a fundamental challenge in computational fluid dynamics and requires careful physical interpretation beyond routine software operation. At CFD Lab, we apply scientifically grounded modelling strategies to capture complex turbulent flow phenomena with appropriate fidelity, balancing physical accuracy, numerical robustness, and computational efficiency.

Key Deliverables

  • Development and application of RANS, LES, and hybrid turbulence modelling frameworks
  • High-fidelity transient simulations for unsteady and vortex-dominated flows
  • Scale-resolving turbulence studies for detailed flow structure analysis
  • Numerical stability assessment, discretization strategy, and solver optimization
  • Grid convergence, sensitivity analysis, and verification studies
  • Model validation against experimental data or reference benchmarks
  • Guidance on turbulence model selection and simulation methodology for complex flow regimes
Three CFD vorticity contour plots showing vortex shedding behind circular cylinders.
Unsteady Flow / Vortex Shedding

Field 04

Customised CFD Solutions

Many engineering challenges involve complex flow phenomena that do not fit neatly within conventional categories. CFD Lab develops tailored CFD frameworks designed specifically for unique research or industrial problems, combining advanced physical modelling with robust and scalable numerical implementation.

Key Deliverables

  • Development of tailored CFD methodologies for specific engineering challenges
  • Implementation of advanced boundary conditions and specialized physical models
  • Automated simulation workflows and parametric study frameworks
  • High-performance computing (HPC) optimization and scalable simulation pipelines
  • Custom post-processing tools and data analysis for detailed flow diagnostics and insight
CFD vortex structures and surface contours around a racing cyclist and bicycle.
Tailored Workflow / Complex Geometry