Mahboob Bin Al Ruhail Mosque, Mabela, Oman
The Mahboob Bin Al Ruhail Mosque project presented complex structural challenges, featuring a 26 m circular slab and a 6 m cantilever. Our consulting team conducted detailed calculations for the New Nautilus Evo slab, enabling seamless integration and optimal interaction with the mosque’s structural framework.
Our top 5 consulting projects
20 November 2024
Geoplast Consulting was launched this year to provide expert guidance tailored to specific demands of your construction projects.
Below are a few projects where our consulting team has applied their expertise to enhance sustainable profitability.
This year, we introduced Geoplast Consulting to meet the growing demand from clients, designers, and contractors for specialized experise in sustainable construction. Our consulting team now provides a range of Engineering and Research and Development services, collaborating more closely with you on all project stages, from initial design to long-term maintenance.
Here is a selection showcasing how consulting our know-how has been applied across a range of global projects, improving their sustainable profitability.
Roland Garros Airport, Réunion, France
The Arrival Terminal extension at Roland Garros Airport required a thorough analysis to support the substantial roof loads. Our experts analyzed the interaction between the New Nautilus Evo slab and the columns to optimize the roof construction phase and support the overall structural integrity.
The Arrival Terminal extension at Roland Garros Airport required a thorough analysis to support the substantial roof loads. Our experts analyzed the interaction between the New Nautilus Evo slab and the columns to optimize the roof construction phase and support the overall structural integrity.
Commercial Building, Tivoli, Italy
The commercial building in Tivoli posed unique engineering demands with its 9 m deep foundation and 14 m elevation. Our team engineered a diaphragm foundation paired with a bidirectional slab system, securing the building’s structural stability.
The commercial building in Tivoli posed unique engineering demands with its 9 m deep foundation and 14 m elevation. Our team engineered a diaphragm foundation paired with a bidirectional slab system, securing the building’s structural stability.
Nursery School, Pescara, Italy
With its butterfly-shaped layout and irregular column arrangement, the nursery school in Pescara required a custom solution. Our team designed ventilated foundations and slab systems to accommodate the unique geometry of its 14 m span, preserving the balance between functionality and aesthetic appeal.
With its butterfly-shaped layout and irregular column arrangement, the nursery school in Pescara required a custom solution. Our team designed ventilated foundations and slab systems to accommodate the unique geometry of its 14 m span, preserving the balance between functionality and aesthetic appeal.
Villa Karma, Sassari, Italy
Villa Karma’s design featured a challenging 18 m central span. In collaboration with engineer Cavagnoli, our consulting team analyzed slab deformations on the open sides and optimized reinforcement coordination, ensuring the project’s structural integrity.
Villa Karma’s design featured a challenging 18 m central span. In collaboration with engineer Cavagnoli, our consulting team analyzed slab deformations on the open sides and optimized reinforcement coordination, ensuring the project’s structural integrity.
To learn more about our consulting services, contact Federico Minaldo, our Chief Engineering Officer, at federico.minaldo@geoplastglobal.com or connect with him on Linkedin.
