Steel is a building material that allows you to push the boundaries of engineering.
Steel is a building material that allows you to push the boundaries of engineering. Steel structure design is a specialized field within civil engineering that demands expertise. Our technical team combines their knowledge and experience in static and dynamic calculations with manufacturing and assembly expertise to design safe, economical, aesthetically pleasing, and producible steel structures.
Our design team closely follows local and international design codes such as Eurocode 3, Eurocode 8, AISC 360-10, SNIP, SNT, and Turkish codes to ensure compliance with the required standards.
- Performing static calculations for reinforced concrete structures
- Steel structure static calculations
- Steel structure modeling and detailing with Tekla Structures
- Steel connection design and calculations
- Preparation of steel structure manufacturing and assembly drawings
- Analysis of assembly processes
Our team has the expertise to conduct static calculations, execute projects, and provide cost estimates for a wide range of reinforced concrete structures.
We have a proven track record of successfully delivering various reinforced concrete projects, such as industrial facilities, residential buildings, shopping malls, hospitals, stadiums, and many others.
Based on the client's or administration's requirements, we can carry out reinforced concrete design according to TS500, Eurocode 2, and ACI 318 standards.
- Performing static calculations for reinforced concrete structures
- Modeling and detailing of reinforced concrete structures
- Preparation of reinforcement application drawings for reinforced concrete elements
- Analysis during the assembly phase
- Preparation of formwork plans for reinforced concrete structures
- Analysis of assembly processes
Based on the client's or administration's requirements, we can carry out reinforced concrete design according to TS500, Eurocode 2, and ACI 318 standards.
Our innovative strengthening methods have been applied in numerous structures, particularly in cities like Izmir, Istanbul, and Duzce.
In recent years, with the earthquakes and loss of lives we have experienced, the subject of earthquake-resistant structure analysis and design has gained even more significance in our country, where 45% of the population lives in a first-degree earthquake zone. At Milatek, we not only prepare performance analyses and strengthening projects for all types of structures but also engage in vital research and development (R&D) efforts alongside expert scientists to explore innovative, costeffective, and time-efficient strengthening methods.
Classic reinforcement methods cannot be feasible for historical heritage structures, factories requiring 24/7 production continuity, or operational bank buildings. In such cases, Milatek engineers have multiple solutions. Our innovative strengthening methods have been applied in numerous structures, particularly in cities like Izmir, Istanbul, and Duzce.
- Identification of Risky Structures
- Preparation of Building Surveys
- Building Performance Analysis
- Retrofitting Projects
- Cost Estimation and Measurement
Our company provides feasibility, planning, and design services for concrete/steel bridges. We can design according to AASHTO and SNIP specifications. Numerous bridge projects have been successfully completed in Turkmenistan, Turkey, and Azerbaijan.
Types of bridges we offer design services for:
- Steel truss bridges
- Steel/Reinforced concrete arch bridges
- Steel or Prefabricated beam bridges
- Asymmetrical cable-stayed steel bridges
- Cable-stayed suspension bridges
Numerous bridge projects have been successfully completed in Turkmenistan, Turkey, and Azerbaijan.
By harmoniously combining all consultations provided by our expert collaborators, we reflect all these details onto the projects.
To design a structure that aligns perfectly with your identity, determining demands and requirements is crucial. We take the first steps in the project by examining the site where it will be realized, preparing site plans, and analyzing the topography. Throughout the process, which extends from studying wind directions to reviewing legal restrictions, we ensure a comprehensive analysis of the design we create. We establish mass relationships and incorporate structure, function, and aesthetic components into the project. By harmoniously combining all consultations provided by our expert collaborators, we reflect all these details onto the projects.
- Architectural concept projects
- Architectural implementation projects
- Visualization
- Tender preparation work