Precision Structural Design for Safe and Durable Constructions.
OLYMPUS CONSTRUCTIONS has extensive experience in structural studies, analyses, and adequacy checks of constructions, offering solutions that combine scientific documentation, expertise, and practical application. Our team of engineers specializes in the analysis, evaluation, and reinforcement of structural elements, ensuring safety, functionality, and long-term sustainability across all types of projects.
SCOPE OF SERVICE
Study, analysis and technical support at all stages of a project
The structural design service covers the full range of calculations and technical requirements needed for a project:
- Static and dynamic analyses of new constructions
- Adequacy assessment of existing buildings and industrial facilities
- Reinforcement and restoration of load-bearing elements
- Inelastic and seismic analyses
- Structural design of concrete, roadwork, and infrastructure projects
- Geotechnical studies for foundations, slope retainment, and deep foundations
Each study is carried out in accordance with modern regulatory standards (EAK, EKOS, EC2, EC8) and is accompanied by complete technical documentation.
ENGINEERING TEAM
Experienced scientific personnel with long-term technical expertise
The design engineers at OLYMPUS CONSTRUCTIONS have extensive experience in structural and geotechnical studies of large projects, both public and private.
They use modern analysis and simulation software, ensuring accurate results and full compliance with technical specifications.
The collaboration between the design and construction departments of the company enables fast decision-making, solution optimization, and immediate adaptation to the project’s needs.
KNOW-HOW & STANDARDS
Specialized tools and modern methodology
The company applies advanced methods of structural analysis, using FEM software and other computational tools to ensure technical accuracy and safety.
At the same time, it incorporates innovative materials and techniques, such as carbon fiber, shotcrete, and specialized mortars, for the strengthening and restoration of existing structures.
Each study strictly follows international and Greek standards and is supported by detailed calculation reports and technical documentation.
