Building & Construction

Building & Construction Projects

We support the built environment with simulations that enhance sustainability, comfort, and compliance. From energy modelling to ventilation, our solutions help design high-performance, resilient buildings.

Applications include:

Energy performance and compliance modelling
Thermal comfort and indoor air quality
Renewable integration and net-zero design
Wind microclimate and pedestrian comfort

Related Publications

Enhancing Building Energy Storage with Advanced Finned Tube Design

Innovative underfloor heating pipe design

CFD and experimental analysis of decarbonising heat in homes

Heat loss calculations through different windows using experiments and CFD

CFD simulation of a new board rider

Design and simulation of a 360° Surf Rider

Air flow in different lattices for Buildings&Construction ventilation

Simulation and design optimisation of an innovative office pod and assessment against the latest standards

Simulation of the refrigeration system in a large cold store for pharmaceutical application

Effects of wind on smoke ventilation from a large commercial carpark

Assessment of pedestrian comfort in a built-up urban area

Simulation of a Large Vertical Farming Unit

Design and Simulation of a Large Shore Breaker for Surfing

Ventilation System Design for a Large Academic Buildings&Construction

Simulation, Validation and Design Optimisation of ThermocillTM

Wind Microclimate Analysis of London Legacy Development Masterplan

Assessment of a Natural Ventilation System for COVID-19 Risk of Infection

Energy

Projects

Our expertise in CFD, energy and thermal modelling, and Multiphysics simulation helps energy providers optimise system performance, integrate renewables, and deliver sustainable, resilient solutions. We work across conventional, renewable, and emerging energy technologies, applying scientific precision to complex challenges in generation, distribution, and storage.

Applications include:

Power plant optimisation: modelling combustion, heat transfer, and flow systems to increase efficiency and reliability.

Renewable energy integration: simulating wind, solar, and thermal systems for grid stability and optimised performance.

Thermal management of energy systems: from turbines to energy storage, ensuring safety, compliance, and durability.

Carbon reduction strategies: applying advanced modelling to minimise emissions and support the transition to low-carbon energy and carbon capture technologies.