Amberg Technologies – Vermessung – Geomatik – Digitale Infrastruktur – Bahntechnik – Amberg Rail – Gleisvermessung – Gleisinspektion – Gleisdokumentation – Gleisgeometrie EN 13848 – Railway Track Survey – Railway Track As-Built – Railway Track Measurement – Track Measurement Trolley – Railway Track Alignment – Track Defects – Track Documentation – Track Cant Measurement – Track Gauge Measurement – Slab Track Adjustment – Slab Track Acceptance – Railway Tamping Measurement – Structural Gauging – Railway Track Clearance – Clearance Analysis – Dynamische Durchfahrtsräume – Dynamic Clearance – Dynamic Envelope – IMU – Inertial Measurement Unit – Tunnelbau – Amberg Tunnel – Tunnelvermessung & Monitoring – Tunnel Laser Scanning – Tunnelprofile – Tunnel Excavation Control – TBM – Drill and Blast – Shotcrete – Spritzbeton – Geophysik – Amberg TSP – Tunnel Seismic Prediction – Geological Forecasting – Fault Detection – Rock Mass – Impact Hammer – Continuous Forecasting – Digitale Zwillinge – Präzisionsmessung – Monitoring-Lösungen – Civil Engineering – Innovation im Untertagebau – High-Accuracy Surveying Systems

Amberg Geotechnics

 
 

The new Amberg Geotechnics software application is an indispensable tool for surveyors and geotechnical engineers working on underground construction projects.

The comprehensive software solution allows efficient and cost-effective observation and evaluation of deformations and settlements in tunnel construction, as well as in operational maintenance.

Interested in Amberg Tunnel solution?

Philippe Matter is happy to talk to you. Get in touch! Or download the software with a demo license and get hands on!

Send me an email

Downloads

Data flow from importing to reporting without manual post-processing

  • Multivendor capable data import
  • Tunnel definition in 3D
  • Manage several construction stages
  • Automatic point allocation without input of point ID
Amberg Technologies – Vermessung – Geomatik – Digitale Infrastruktur – Bahntechnik – Amberg Rail – Gleisvermessung – Gleisinspektion – Gleisdokumentation – Gleisgeometrie EN 13848 – Railway Track Survey – Railway Track As-Built – Railway Track Measurement – Track Measurement Trolley – Railway Track Alignment – Track Defects – Track Documentation – Track Cant Measurement – Track Gauge Measurement – Slab Track Adjustment – Slab Track Acceptance – Railway Tamping Measurement – Structural Gauging – Railway Track Clearance – Clearance Analysis – Dynamische Durchfahrtsräume – Dynamic Clearance – Dynamic Envelope – IMU – Inertial Measurement Unit – Tunnelbau – Amberg Tunnel – Tunnelvermessung & Monitoring – Tunnel Laser Scanning – Tunnelprofile – Tunnel Excavation Control – TBM – Drill and Blast – Shotcrete – Spritzbeton – Geophysik – Amberg TSP – Tunnel Seismic Prediction – Geological Forecasting – Fault Detection – Rock Mass – Impact Hammer – Continuous Forecasting – Digitale Zwillinge – Präzisionsmessung – Monitoring-Lösungen – Civil Engineering – Innovation im Untertagebau – High-Accuracy Surveying Systems

Geotechnical reports with only a few mouse clicks

  • Fast, reliable evaluations
  • Configurable evaluations for optimal data flow
  • Flexible report settings for project specific printouts

Amberg Geotechnics Software

Amberg Technologies – Vermessung – Geomatik – Digitale Infrastruktur – Bahntechnik – Amberg Rail – Gleisvermessung – Gleisinspektion – Gleisdokumentation – Gleisgeometrie EN 13848 – Railway Track Survey – Railway Track As-Built – Railway Track Measurement – Track Measurement Trolley – Railway Track Alignment – Track Defects – Track Documentation – Track Cant Measurement – Track Gauge Measurement – Slab Track Adjustment – Slab Track Acceptance – Railway Tamping Measurement – Structural Gauging – Railway Track Clearance – Clearance Analysis – Dynamische Durchfahrtsräume – Dynamic Clearance – Dynamic Envelope – IMU – Inertial Measurement Unit – Tunnelbau – Amberg Tunnel – Tunnelvermessung & Monitoring – Tunnel Laser Scanning – Tunnelprofile – Tunnel Excavation Control – TBM – Drill and Blast – Shotcrete – Spritzbeton – Geophysik – Amberg TSP – Tunnel Seismic Prediction – Geological Forecasting – Fault Detection – Rock Mass – Impact Hammer – Continuous Forecasting – Digitale Zwillinge – Präzisionsmessung – Monitoring-Lösungen – Civil Engineering – Innovation im Untertagebau – High-Accuracy Surveying Systems

Recognise risks and hazard potentials

The Amberg Geotechnics software application is an indispensable tool for surveyors and geotechnical engineers working on underground construction projects. The comprehensive software solution allows efficient and cost-effective observation and evaluation of deformations and settlements in tunnel construction, as well as in operational maintenance. Since Amberg Tunnel covers the entire tunnel construction process and maintenance, it reduces the number of software packages needed, resulting in license cost savings and reduction of training time.

Download the Amberg Geotechnics software here

Frequently Asked Questions

Geotechnics Basic handles geotechnical 3D points (import, analysis, reports). Geotechnics Plus adds force, pressure and temperature sensors, boreholes, extensometers and more analysis types.

A project-wide definition of a sensor, made once: user-defined name, measured physical property, unit, import data format and an optional default warning limit. Instances are then placed in cross sections.

3D point (coordinate triple, m), level point (height), tape extensometer (distance), stress cell (pressure, MPa), thermometer (°C), load cell (force, kN), tilt meter (angle) and rod extensometer with up to 8 arms.

They describe a sensor's position in a cross section and set its symbol and label. They also filter points in analyses and drive longitudinal analyses, which combine points with the same code across cross sections.

ΔH (settlement, strictly vertical), ΔL (transverse displacement) and ΔStng (longitudinal displacement in heading direction), in the project coordinate system.

Define measurement point types and location codes, design geotechnical cross sections, boreholes and points, import measurements, then create and customise an analysis and report.

By reading the Point ID from the file, or by "Nearest point": the closest existing measurement within a search radius gives the ID. If none is found, the ID is read from the file.

Use Undo import(s), select the saved import session and click Undo selected. If the editor is not yet saved, simply close it without saving.

Two analysis bases, each with several analysis types.

  • Cross section based: Convergence analysis (3D points, available in Basic); Height, Distance, Angle, Pressure, Force, Temperature and Extensometer analyses (Geotechnics Plus only).
  • Longitudinal based (Geotechnics Plus only): combines points with the same location code across several cross sections in one diagram, e.g. Height analysis.

Geotechnical measurements can be transferred from the Stored points editor to the Geotechnical editor. Separately, Navigator Tablet (1.28) can sync Geotechnical 3D point measurements directly to GEOvis.

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