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Structural Recognition

Unlock deeper insight into your structures with advanced recognition techniques that reveal hidden details and ensure reliable assessments

Sixense provides a full suite of structural recognition methods, combining on‑site surveys with advanced laboratory testing. These techniques deliver the critical data needed for accurate structural assessments, no matter the material or type of construction.

Our investigations cover:

  • Precise geometric surveys
  • Reconstruction of reinforcement and cabling layouts
  • Analysis of mechanical properties of materials
  • Evaluation of material condition and conservation status

 

Our Areas of Expertise in Structural Recognition

Our structural recognition services cover a wide range of materials and construction types. By combining advanced survey techniques with laboratory testing, we deliver precise insights into the condition, performance, and long‑term durability of your assets.

Reinforced Concrete Structures

  • Comprehensive surveys of construction principles and potential pathologies
  • Detailed reconstruction of reinforcement plans, including type, positioning, and diameter
  • Accurate geometric modelling of structures
  • Identification of load‑bearing elements and construction methods
  • Laboratory testing of concrete specimens to determine mechanical properties

Pre‑Stressed Concrete Structures

  • Analysis of anchorage systems and prestressing processes
  • Mapping of sheath and cable positioning
  • Measurement of residual tension in pre‑ and post‑tensioned cables
  • Detection of specific defects such as injection flaws or corrosion
  • Material sampling for laboratory evaluation (prestressing steel, grout, fossil water)

Metal Structures

  • Geometric surveys of steel frame components
  • Identification of assembly methods (riveted, bolted, or welded)
  • Assessment of bracing principles and structural stability
  • Detection of defects and measurement of residual metal thickness
  • Laboratory tensile testing of steel samples

Masonry Structures

  • Identification of materials including bricks, stones, and mortar
  • Reconstruction of overall geometry and internal layouts (vault thicknesses, openings)
  • Analysis of stress distribution and load‑bearing principles
  • Core sampling for compression testing of composite materials (blocks and joints)

Wooden Structures

  • Geometric surveys and advanced 3D modelling
  • Investigation of construction principles and assembly methods
  • Identification of wood species used in structural elements
  • Mechanical characterization through visual inspection, laboratory sampling, or in‑situ measurements
  • Detection of defects and evaluation of overall condition