For in-depth insights: Building diagnostics.

The basis for all key decisions on how best to judge an existing structure is a precise knowledge of its status. We support our clients in identifying reliable status data. The preferred instruments of building diagnostics today are non-destructive testing technologies and monitoring because, as a rule, they are faster and more cost-effective than destructive tests.

As consulting engineers and certified experts, we offer our clients restoration and modernization concepts from a single source, but we also develop customized, efficient test concepts and handle measurements on site for them together with our expert Prof. Dr.-Ing. habil. Dipl. Geophys. Christian U. Große, Professor of Non-Destructive Testing (ZfP) at the cbm Centre for Building Materials at Munich Technical University.

Our building diagnostics services.

WTM Engineers provides an extensive range of building diagnostics services:

  • Non-destructive testing methods (incl. endoscopy, IR-thermography, magnetic induction and eddy current, RADAR, ultrasound, potential field measurements for concrete)
  • Non-destructive inspections (incl. materials characterization, quality of fresh concrete, determination of component dimensions, locations of pipes and damages of all kinds)
  • Consulting (incl. concepts for qualified tenders for non-destructive test methods, functional and exact specifications, binding rules and test regulations, information on relevant boundary conditions)
  • Planning (incl. data analyses and documentation, planning for on-site deployment of testing equipment, measuring points and scheduling)
  • Permanent monitoring (incl. measuring temperature, moisture and expansion, structural health monitoring, acoustic emission analysis, identification of vibration behaviour, metrological observation, performance monitoring)

Projects

Huntebrücke, A29 interstate

Should you have any questions or require further information on one of our services …

… then simply send an email to info@wtm-engineers.de