Calculations in construction

AT STENSBO, we help contractors with calculations for concrete structures, steel structures, and foundations.

A strong foundation for a reliable solution

When you work in the construction industry, you know how crucial it is to ensure your projects meet all requirements. Every single detail must be right. If you are in the wrong, your project might never see the light of day.

We understand the challenges many contractors face:

  • Uncertainty about the stability and safety of load-bearing structures
  • Tight schedules requiring timely and accurate calculations
  • Rising demands for sustainable materials

Standards

DS/EN 1990
Eurocode: Basis of structural and geotechnical design

DS/EN 1991
Eurocode 1: Actions on structures

DS/EN 1993
Eurocode 3: Design of steel structures

What do our customers say?

Our calculation services

curate calculations form the foundation of every successful construction project. At STENSBO, we provide detailed analyses and calculations to ensure your project complies with stability, safety, and durability requirements.

Foundation calculations

The foundation is the core of any construction project. We deliver precise calculations that ensure loads from the structure are distributed correctly and efficiently to the ground beneath.

Static calculations

We perform static calculations to verify that load-bearing structures can handle the stresses they are subjected to, ensuring safety and stability.

Wind and earthquake calculations

We analyze and calculate the effects of wind and seismic loads to ensure that your structures remain stable even under extreme conditions.

Steel calculations for buildings

Our extensive experience in steel calculations allows us to optimize the dimensions of columns, beams, and frames, making your steel structures both safe and cost-effective.

FEA calculations

Using advanced Finite Element Analysis (FEA), we analyze complex loads, stresses, and deformations in materials and structures, ensuring that your constructions are robust, reliable, and built to perform—even under extreme conditions.