Experts in Vibration – we design your test and measurement solutions

 
Limit checking table values
Airplane building structural testing

m+p Coda Measurement of Strains and Stresses

Experimental structural testing using strain gauges is necessary in a wide range of applications from airframes down to individual components in diverse industries. These tests enable the engineers to compare the acquired data with the predicted results from the design calculations.

Contact Us

Under privacy policy you will find our information according to Art. 13 GDPR about data protection in connection with our contact form.

 Subscribe to m+p Newsletter

Applications

  • Aerospace, e.g. airframes and their sub-assemblies
  • Turbine blades
  • Satellites
  • Wind turbines
  • Bridges
  • and many others

Download Information: Strain Measurements and Experimental Stress Analysis

m+p Product Guide "Data Acquisition Application Examples"

m+p Product Guide "Data Acquisition"

Its modular design and easy parameterization make m+p Coda ideally suited for experimental structural testing and multi-axis strain and stress analysis. Features include measurements with single- and multi­channel strain gauges, real-time strain and stress calculations, limit checking and communication with the load control system. m+p Coda provides limit checking and alarm monitoring on every channel.

m+p Coda supports ¼, ½, full-bridge configurations and rosette type sensors, also thermocouples and RTDs for temperature compensation are supported. An optional trend detection allows to track the linear trend of strain gauge signals with respect to the reference channel (e.g. force).

Instrumentation

m+p Coda supports our Ethernet-based m+p VibRunner and m+p VibMobile measurement hardware as well as the LXI-based EX1629 instrument from VTI Instruments for strain measurements and experimental stress analysis.

m+p VibRunner

m+p VibRunner many input channels

  • Desktop or 19" rack mounting
  • 8-24 input channels per m+p VibRunner
  • Synchronization of multiple m+p VibRunner frontends
  • 204.8  kHz max. sampling rate
  • 24-bit resolution
  • 1 Gbit/s Ethernet interface
  • IEPE, TEDS
  • Bridge sensor conditioning
  • 2-12 source output channels per m+p VibRunner, safety shutdown
  • 2-12 tacho inputs
  • 8 digital inputs/outputs per m+p VibRunner

More information on m+p VibRunner