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Calculation and design of building structures with Karno Energy

Our Structural engineers design buildings, bridges, dams, power plants, offshore structures, and many other types of objects.

With the help of computer analysis, they usually determine the forces that the designed objects must withstand (their own weight, wind force, earthquake, etc.) and accordingly select the structural type and suitable materials.

Our construction production management

In their work, our structural engineers apply construction methods, equipment and principles of planning, organization, financing, management and operation of construction enterprises. They coordinate and motivate the different people and organizations involved in a complex construction project.

Structural Engineering involving the analysis and design of the constructed environment (buildings, bridges, equipment supports, towers and walls). Those who concentrate on buildings are sometimes informally referred to as “civil engineers”. Our structural engineers require expertise in material strength, structural analysis and prediction of structural loads such as the weight of a building, passengers, and contents, https://karnoenergy.com/structural-engineering/  as well as extreme events such as wind, rain, ice, and seismic design of structures called earthquakes. Architectural engineers sometimes include structural as an aspect of their designs; the structural discipline, when practiced as a specialty, is closely related to architects and other engineering professionals.

The main tasks of our structural engineering team

Before you understand what our structural engineers do, you must understand that they are responsible for the construction of buildings, bridges, pipelines, industrial facilities, tunnels, vehicles, ships, airplanes and spaceships.

Thus, design engineers investigate and design the gravity support and lateral force resistance of buildings, bridges and other structures. Here is a summary of the job descriptions for civil engineers:

• Preparation of reports, designs and drawings.
• Make calculations about pressures, loads and stresses.
• Considering the strength of the building materials and choosing them accordingly.
• Providing technical advice on safe projects and construction for clients.
• Ensuring planning and / or approval of building codes by the relevant authorities.
• Analysis of the configuration of the main structural elements.
• Interaction with other professionals in the field such as architects and engineers.
• Monitoring and verification of all contractor work to ensure structural integrity.
• Administration of contracts and execution of projects.
• Inspection of real estate to assess conditions and foundations.
• Using computer-aided design.