Harnessing science and innovation to address the challenges of modern engineering and environmental impact.
Harnessing science and innovation to address the challenges of modern engineering and environmental impact.
Ensuring pedestrian safety and comfort are the prim requirements for any development. Development approval authorities, architect developers and wind engineers work together to achieve this requirement.
The available wind energy in urban and rural area governed by the wind availability, local topography, wind turbine type and efficiency.
ESE and GWTS uses the latest 3D technology to model detail architectural features of a building and capture all local pressure variations.
Pollutant dispersion has become one of increasing concern to cities, laboratories, industrial areas and car parks where the concentration . . .
Buffeting by gusts in strong winds can cause dynamic loads in building structures. Engineering Sciences Ethiopia (ESE), in association . . .
Comprehensive expertise for a sustainable future: Our services cover Wind Energy Studies, Cladding Pressure Analysis, Pollution Dispersion Modeling, Structural Wind Loads Assessment, Wind-Generated Noise Evaluation, and Building Acoustics Optimization. Harnessing science and innovation to address the challenges of modern engineering and environmental impact.
Exploring the cutting edge of engineering: Our recent project in association with GWTS of Australia wind tunnel studies and cladding innovations reveal new possibilities in design and performance. Pushing boundaries to enhance structural integrity and aerodynamic efficiency.
Bringing designs to life: Our wind engineering service transforms conceptual projects into reality, ensuring they withstand and thrive in real-world conditions.