Global Wind Technology Services (GWTS) and Global Engineering Sciences (GES), in association with JDH Consulting, utilise methodologies that are unmatched in the commercial market. This collaboration allows us to enhance structural reliability, cost-effectiveness, and safety while providing tailored solutions to meet client needs.
We aim to improve and provide the best possible partnering arrangements with our clients by:
- Enhancing structural reliability and delivering cost-effective designs.
- Ensuring safety against aerodynamic instabilities in tall, slender, and uniquely shaped buildings.
- Improving human comfort and safety by analysing sway, twist accelerations, and torsional velocities.
- Adapting designs for buildings near prominent topographic features or dense urban environments.
- Optimising building envelopes for wind resistance and structural performance.
- Achieving efficient ventilation and air quality control for indoor and outdoor environments.
- Enhancing acoustic solutions with optimized partition design for inter-tenancy noise reduction.
- Conducting environmental noise assessments for industry, traffic, and construction sites.
- Ensuring regulatory compliance through noise management and control strategies.
- Designing effective noise barriers to mitigate environmental and industrial noise.
Our Services
Building Acoustics – Optimising acoustic environments for comfort and regulatory compliance.
Environmental Noise – Assessing and mitigating noise pollution from industrial, traffic, and urban sources.
Occupational Noise – Evaluating workplace noise levels to ensure compliance with safety regulations.
Noise and Vibration – Analysing and controlling sound and structural vibrations to enhance performance and comfort.
Structural Wind Loads – Ensuring buildings withstand wind-induced forces for safety and stability.
Cladding Pressures – Evaluating wind effects on building façades to optimize structural integrity.
Pedestrian Level Wind – Studying wind comfort and safety in urban environments.
Microclimate Study – Assessing local climatic conditions for improved urban planning and building performance.
Liquid Damper Design – Developing damping systems to control building movement and enhance stability.
Pollutants Dispersions – Modelling and mitigating pollutant spread in urban and industrial areas.
Sunshade and Reflectivity – Designing shading solutions to enhance energy efficiency and thermal comfort.
Wind Driven Rain – Analysing the impact of wind-driven precipitation on structures.
Wind Generated Noise – Studying aerodynamic noise effects on buildings and infrastructure.
Full-scale Measurements – Conducting real-world data collection to validate engineering models.
Computational Fluid Dynamics (CFD) – Using advanced simulations to predict airflow, heat transfer, and pollutant movement.
Wind Energy – Optimising wind power generation for sustainable energy solutions.
Our expertise allows us to provide scientifically backed, practical solutions that improve design efficiency, regulatory compliance, and environmental sustainability.
For more information on how GWTS can support your project, contact us today.