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Experimental Mechanics Workshop



Location: University of Bristol, UK

Price: Student (proof of PhD student status required from supervisor/advisor) - £300.00, BSSM Member - £1080.00, Non-member - £1320.00, Individual day rates available - see booking form



Professor Janice Barton, University of Bristol, UK.

About the Workshop

‘Experimental mechanics’ can be defined as the investigation by experimental means of the mechanical behaviour of engineering systems subjected to load. The system can be a structure, a material, soft matter such as human tissue, a fluid-structure coupling; the list is practically endless. Implicit in the definition is that some kind of measurement system is used to capture a quantity that describes the system’s behaviour. The main attributes conventionally associated with experimental mechanics are the deformation and the mechanical strain. These can then be related to a failure parameter by deriving the stresses from the strains by knowing the material constitutive relationships. Experimental mechanics approaches that provide a measure related to the strain are therefore very important design tools. Many of these techniques have been available for decades but recently have been gaining popularity because of the advances in computing power and decreasing hardware costs. More importantly from the design perspective, the necessity for experimental data to validate numerical models of systems manufactured from complex nonlinear inhomogeneous materials, such as fibre reinforced polymer composites, is ever increasing. Experimental mechanics approaches have much to offer and it is the purpose of this module to provide an overview of the range of application and operation of the techniques.

The aims of this workshop are to:

  • Provide an in-depth understanding of experimental mechanics approaches
  • Introduce participants to testing procedures
  • Provide detailed knowledge of the application of modern full field techniques such as Thermoelastic Stress Analysis (TSA), Digital Image Correlation (DIC) and Grid Methods
  • Understand how the data from experimental techniques are manipulated to validate numerical models
  • Introduce high speed imaging

This workshop is aimed at postgraduate students conducting research in experimental mechanics and practitioners wishing to update skills and research scientists requiring a broad overview of the topic. The participants are expected to have a basic knowledge in mechanics. The course is aimed specifically at PHD students, but the course is also recommended for industrial engineers and scientists. Certificates will be issued on the basis of course participation.

Themes and Lectures

Mechanical Testing Procedures

- Test Machine Principles
- Strain Gauges
- Laboratory Sessions on Strain Gauges and Mechanical Testing

Digital Image Correlation and other White Light Techniques

- White Light Imaging
- Digital Image Correlation and Grid Techniques
- Metrology and Uncertainty Quantification in DIC
- Laboratory Sessions on Camera Set-up and Digital Image Correlation

White Light Data Analysis and Processing

- Data Analysis and Filtering
- Practical Session on DIC Processing
- Virtual Fields Method
- Practical Session on Data Processing

Infra-red Imaging

- NDE Applications of Infra-red Thermography
- Thermoelastic Stress Analysis
- Laboratory Sessions on Infra-red Techniques

Other Techniques and Practical Applications

- High Speed Imaging
- Electronic Speckle Pattern Interferometry
- Industrial Applications
- Practical Session on Infra-red Data Processing

Workshop Timetable

Access the Timetable, the schedule is for guidance only and may be subject to change.

Proof of PhD student status required from supervisor/advisor

Venue Information

University of Bristol, UK

For more information contact the BSSM


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