The call for papers has been extended up to February 15th: http://www.icoev.org/index.php/dates
This symposium aims at exploring the procedures & algorithms in structural dynamics and the feasibility of new specific approaches for full field measurements, Experimental Modal Analysis & Identification, dynamic strains and advanced model updating. The contributions are therefore welcome on (but not exhaustively):
- Industrial applications & test cases of full field measurements with focus on full field FRFs in dynamic analysis, NVH & EMA, with commercial & custom codes;
- Advancements & comparisons in full field technologies for accurate spatial description in broad frequency ranges and novelties on related signal processing;
- Evaluation of dynamic strain & stresses from full field measurements for failure and fatigue predictions;
- Exploitation of full field measurements (e.g. FRFs & rotational dofs) in advanced model updating, optimisation and substructuring;
- Feasibility studies & implementation of new space-domain based algorithms for Experimental Full Field Modal Analysis to exploit the spatial data redundancy in full field measurements;
- Parallel CPU & GPU computing for experimental full field structural dynamics;
- Full field measurements in vibro-acoustic applications and cross-domain challenges;
- Material dynamic testing for fatigue and frequency dependent behaviour assessment.
The contributions to this symposium will have a deep impact to strengthen the path of full field technologies in advanced structural dynamics for mechanical engineering and other fields, ranging from aerospace to vehicle technologies, electronic components, advanced analysis of materials.
This symposium will be the chance to exchange challenging experience and scenarios of a growing sector among the actors on the field.
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